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Guide to Shop Motion in Digah House Company

Guide to Shop Motion in Digah House Company

2021-11-13
Digah Company
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motion created by Guangzhou House Empire Construction&Furnishing Co.,Ltd is highly appraised for its appealing appearance and revolutionary design. It is characterized by wistful quality and promising commercial prospect. As money and time are intensively invested in R&D, the product is bound to have trending technological advantages, attracting more customers . And its stable performance is another feature highlighted. Digah Company products have achieved remarkable sales growth since launched. There has been a large increase in the number of customers appealed to us for further cooperation. These products have been listed as one of the most popular products in every international exhibition. Each time the products get updated, it will attract great attention both from customers and competitors. In this fierce business battlefield, these products are always ahead of the game.At Digah Company, as the motion we provide are custom-tailored to customers’ specific needs, we always try to accommodate their schedules and plans, adjusting our services to best meet any requirements.
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Physics (10 Points for First Correct Answers)Five Stars !?
Physics (10 Points for First Correct Answers)Five Stars !?
Energy : Our heart uses energy to beat. Energy is the source of all work and no matter what do you do your body needs energy. But it is not only living things that need energy to work. - for exanple our machine have to make use of a source of energy in order to do its jobs for which they may be designed. Energy can be thought of like a world bank for work in which there are many sources of energy just as there are many sources of money, each exchangeable with another. in case of money it might be dollars, pounds or yen that are exchange and then stored and used in various ways. In the case of energy the currencies are things like electricity, heat sunlight, air. The golden rule to remember is that energy is always change from one form to another and never lost. Resistance: Any force tend to hinder motion. In the mechanical energy the Resistance in motion are called friction which are usually measured in pound or kilo grams. There are also resistance in the electrical energy flow which are called Resistance usually measured in ohms. Cost: Price paid for anything. Any thing that the mechanical or electrical energy uses needs money so to ballance the ecconomy the production are sold. Take for example the electricity we use in our homes cost money. It is ussually sold in its power used per hour or second. That is watts or kilowatts per hour or second. Current : A movement or flow of electricity. When talking about current it is always associated with electrical energy. Where this electrical energy are made to flow to a conductors or simply wire in order that this energy can be use to light our houses, run our appliances and etc. So this movement of electrical energy are termed as Current.1. Period of motion for oscillating board?You are mistaken in at least one thing you have put forward in the problem statement. The reason that the originator of this problem intimated that the board would oscillate is because the friction does not stay constant. As the board is to the right the friction on the board on the right will be higher than the friction between the left roller and the board due to the fact that the right hand roller will support more of the weight. The thing that is constant is the factor that is the ratio of frictional force to the vertical force of the board on the roller. There is of course another assumption not stated that the board is significantly longer than the distance between the rollers. At least the oscillation can not be allowed to have one end of the board drop off the roller.2. Proving Brownian motion is not monotoneYour argument is correct. It is true that $P(B_a_i-B_a_i1>0)=1/2$, because the random variable $B_a_i-B_a_i1$ is normally distributed with mean zero.(We typically consider the increments in the form $B_a_i1-B_a_i$, where we subtract the earlier value of $B$ from the later value of $B$, but the argument you've posed is still correct.)3. is light an example of perpetual motion?Not sure about that but air is an example of perpetual motion4. Safety in heavy landmine squats and pressesAs mentioned in the comments, landmines exercises are about as safe as anything. Having said that, there are some precautions worth taking if you are concerned:Make sure your base is secure. If you are using a plate post, make sure it's heavy enough, and does not slide. Bumper plates are great, as they stick to the floor to prevent sliding (got that tip from Dean over at Black Widow Training). In my gym at home, I normally use a cheap 10 lbs bumper with a 45 on top (if I am driving hard, I may throw on an additional 45 for good measure). If you are using a rack mounted landmine, or a safety pipe pivot system (more on that in a moment), you are in good shape (I've been using the Hammer Strength HD Elite landmines lately, and they are bomb proof. As mentioned, landmines are relatively easy to dump if things get hairy, but does not hurt to be more prudent. Set up a bench underneath the bar. Place it so it's high enough to catch during a failed rep, but low enough as to not interfere with full range of motion. Just make sure the bench is not set so low that the post pops outs of the plate stack (e. g. , doing heavy Viking presses). If you have a safety pipe pivot attachment for your power rack (I've used both Black Widow's and Titan's on my Rogue R4 rack with great success...they are relatively inexpensive; around $15), you can really dial in the safety. Set the pivot on one end of the rack, and the opposite side safety pipe on the other. You can dial in your range of motion within 2" (1" with Westside holes). Of course there's the matter of losing control in the transverse plane...ability to work in the transverse plane is what makes landmines so unique (i. e. , oblique twists), but if you are doing a sagittal movement (e.g., press, squat), you can, once again, use the pivot system to ensure it's locked into a path and does not veer off to the left or right. If you do not have a rack, just make sure your bench is long enough, and you are being responsible with your weight selection (do that anyway).
$4 Motion Sensor Bright Light
$4 Motion Sensor Bright Light
Hello Everyone,I made this project for my house staircase , as at night when i return home from my friends house after doing late night study, The bulb fitted is of 60W and it consume lot of energy, So i realize that i have to do some thing that the light should glow only when it is needed.So after doing some research i made a circuit which will work great with the illumination of light i require.We can use this light in our daily life, as if we are too lazy and we want that our room light should glow by itself when we enter. Than this is the best option.Things Required are:1) Transistor 2222A : 2PCS2) Transistor BC547 : 1PCS3) 1K Ohm Resistance 3PCS4) 48 LED plate 1PCS5) PIR Sensor 1PCS6) 12v 1Amp DC Adapter 1 PCS7) 3D Printer8) Connecting Wires9) Soldering Iron10) Bread Board 11) Electrical board connecting leadCollect all the items as mentioned below.1) PIR Sensor2) Transistor 2222A : 2PCS3) Transistor BC547 : 1PCS4) 1K Ohm Resistor 3 PCS5) 12V 1 Amp Adapter6) Connecting Wire7) Electrical Cable PROCESS1) Connect LDR with 1K Ohm resistance and connect this resistance with left transistor 2222A middle leg. 2) Connect LDR one leg with Transistor 2222A by adding 1K Ohm Resistance in between.3) Connect That same leg of transistor with other transistor 2222A middle leg.4) .Connect left leg of left transistor 2222A to left leg of right transistor 2222A and than connect that point with battery -VE.5) Connect right leg of right transistor with the ground of PIR sensor and BC547 transistor.6) Connect the battery positive directly with PIR sensor from the point Vcc and even join the led positive wire with this.7) Connect the out put wire from PIR sensore to the middle leg of transistor BC547 by adding 1kOhm resistor.8) Connect the LED negative wire with the left leg of the transistor as shown in diagram.After collecting all the things, start drawing the diagram on breadboard and soldering the components accordingly.Designing is really interesting.I designed the whole light housing in fusion 360 , I am new to fusion 360 and working with this software makes me feel really passionate to choose my profession as a design engineer.I worked on Autocad, solidworks aswell but operating fusion 360 is really easy and i enjoy a lot when i learn some new skillsThe 3d printer i have is Anet A8 , it is good for me.This size of my 3d printer bed is small so i have divided the body housing in two piece and will join the body with the glue later.So lets 3d print the given design and start assembly.In this step we will join the glue the body and make it in a single piece.To make diffuse the light i have used PVC milky sheet,as direct LED light is not good for our eyes.I have used hot glue to stick the milk sheet with the body, and 2 small wooden pieces on top of it as, if we stick the LED patch with some distance than from outside we would not be able to see LED's.As we have 2 LED patches so we need to connect both LED patches in parallel and stick with the help of glue stick on wooden pieces.Take 12v 1Amp adapter and remove its outer body and with the help of hot glue gun stick it on the body of light.than according to the ciruit diagram connect the wires of DC output to the addapter.Stick that circuit with the body fabricated with the help of glue gun.Test the in dark room by switching it on , and try to put some light in front of LDR so that we can check that whether the DUSK AND DAWN sensor is working or not.Set the PIR sensor on minimum time and medium sensitivity as it will help us to check the process of light in less time.When all the functions are checked , than close the light housing with back cover and use hot glue to seal it , if you want to install it outside.The done test, you all can check the video in first step.I have removed 1k Ohm resistance as it decreases the illumination, and i even noticed that the LED are capable to go through the fluctuation.So after removing LED the light is enough to illuminate a room of 10ft x 10ft.So it works perfectly fine, if you have any question than please write down in below comment.Thank you ;)Happy making.
Career:  Motion
Career: Motion
Career: MotionIn 1996, Wexler released Me & My Matchmaker, an intimate portrait of a feisty and meddling Jewish matchmaker in Chicago who made it her personal mission to get the filmmaker married. The film won the Audience Award for Best Documentary at the Slamdance Film Festival. Film critic Roger Ebert wrote that it was "amazing and touching." Timeout London said it was "... funny, fascinating, and finally faintly disturbing." Wexler's 2001 film, Air Force One, aired as a prime time PBS - National Geographic special. As the first filmmaker ever granted unprecedented behind-the-scenes access, Wexler told the story of the "Flying White House" both in terms of its unique technological and historical significance. The film included original interviews with President Jimmy Carter, President George H. W. Bush, President Bill Clinton, and President George W. Bush. The 2005 Oscar shortlisted film Tell Them Who You Are was an exploration of Wexler's fraught relationship with his father, legendary filmmaker and two-time Oscar-winning cinematographer Haskell Wexler. It won a place on Roger Ebert's Top 10 Documentaries of the year, The Associated Press' Top Ten films of the year, as well as praise from The New York Times, the Los Angeles Times, and others. Judd Apatow spoke about the film on NPR's Morning Edition, recounting his reaction to a scene where, after viewing the film, Haskell tells Mark he's "a hell of a filmmaker". Apatow said "I sat in bed, my wife is sleeping, and I am just bawling like a little girl. You can tell this man has been waiting his entire life to hear his dad say that sincerely." The Los Angeles Times declared that the film " ...is meta-layered cinema" which "...fits squarely into the new genre of nonfiction film that perhaps should be called the Me Documentary, the personal film that is indelibly shaped by the presence of the filmmaker." Wexler's 2010 film, How to Live Forever, followed the filmmaker's quest for eternal youth. In interviews with a wide variety of subjects, including fitness legend Jack LaLanne, author Ray Bradbury, futurist Aubrey de Gray and inventor Ray Kurzweil, the film invited viewers to consider ways to live a long life, but one that is also meaningful. The New York Times wrote that it was "Engaging... remarkably spry and lighthearted." The film was selected by AARP The Magazine as a Movie For Grownups, noting that "For boomers especially, How to Live Forever is the perfect film at the perfect moment."— — — — — —Slow/looping motion on rainfall magnitudeStorms which have moved slowly, or loop, over a succession of days lead to the highest rainfall amounts for several countries. Riehl calculated that 33.97 inches (863 mm) of rainfall per day can be expected within one-half degree, or 35 miles (56 km), of the center of a mature tropical cyclone. Many tropical cyclones progress at a forward motion of 10 knots, which would limit the duration of this excessive rainfall to around one-quarter of a day, which would yield about 8. 50 inches (216 mm) of rainfall. This would be true over water, within 100 miles (160 km) of the coastline, and outside topographic features. As a cyclone moves farther inland and is cut off from its supply of warmth and moisture (the ocean), rainfall amounts from tropical cyclones and their remains decrease quickly.— — — — — —Motion RacewayMotion Raceway is a dragstrip that operated from 1970 until 1983. It was located in Assumption Township approximately 3 miles north of Assumption, Illinois, in Christian County, Illinois and 1.1 miles west of U.S. Route 51— — — — — —Can I wire motion detectors in parrallel? (cheap motion detector lights)?yes you can wire them in parallel only make sure the sensor can handle the load of all 4 lights each, they should have a wattage rating. add the wattage of all the bulbs— — — — — —Sons' Careers in Motion Picture Film Processing, Sales and RejuvenationAlan Freedman's three sons - Harold, Irwin (Buck), and Myron (Mickey) - all began their careers with DeLuxe. Harold served as Engineering Assistant to the President, managed the sound department. He was instrumental in the development and implementation of numerous innovations in sound technology including the conversion from optical to magnetic processes. He in addition conceived and patented the product and technique for film splicing utilizing a sprocketed adhesive backed film, a technique that is still in use today. After DeLuxe closed its New York plant, Harold finished his career with Technicolor. Buck served both as Assistant to the President and as president of the Toronto lab. He represented the New York labs in union contract negotiations. In the early 1960s when Fox was again running into great financial difficulties Buck kept product flowing into DeLuxe by successfully selling DeLuxe's excess capacity to most of New York's independent producers. He left DeLuxe shortly after the Zanuck takeover of Fox, and was motion picture film national sales manager for Agfa-Gevaert until his retirement. Mickey managed DeLuxe's Chicago Crescent lab. After leaving DeLuxe, Mickey pioneered and then improved film rejuvenation. He patented and implemented new techniques which improved both quality and profitability, and he served as general manager of Hollywood Film Corp.
Sparkle: Original Motion Picture Soundtrack
Sparkle: Original Motion Picture Soundtrack
Sparkle: Original Motion Picture SoundtrackSparkle: Original Motion Picture Soundtrack is the soundtrack album for the 2012 Sony/TriStar Pictures film Sparkle, a remake of the 1976 film of the same name. The album was released through Sony Music Entertainment's RCA Records on July 31, 2012. The film's soundtrack includes new recordings of four songs from the original film's soundtrack as well as new original music by Jordin Sparks, Whitney Houston and Cee Lo Green. The soundtrack's first official lead single is the last song recorded by Whitney Houston before she died on February 11, 2012, a duet with R&B/pop singer and American Idol winner Jordin Sparks on a song called "Celebrate". The song premiered on On Air with Ryan Seacrest on May 21, 2012 and was made available for digital download on iTunes on June 5. Whitney Houston's other track, "His Eye is On the Sparrow", debuted only one day after the premiere of "Celebrate". The official music video for "Celebrate" was filmed on May 30, 2012. It made its world premiere on BET's 106 & Park on June 27, 2012.— — — — — —Motion picture winners and nomineesBest Actor - DramaSean Penn - 21 Grams and Mystic River Hayden Christensen - Shattered Glass Paddy Considine - In America Tom Cruise - The Last Samurai Jude Law - Cold Mountain William H. Macy - The CoolerBest Actor - Musical or ComedyBill Murray - Lost in Translation Jack Black - School of Rock Johnny Depp - Pirates of the Caribbean: The Curse of the Black Pearl Robert Downey Jr. - The Singing Detective Paul Giamatti - American Splendor Billy Bob Thornton - Bad SantaBest Actress - DramaCharlize Theron - Monster Jennifer Connelly - House of Sand and Fog Toni Collette - Japanese Story Samantha Morton - In America Nikki Reed - Thirteen Naomi Watts - 21 Grams Evan Rachel Wood - ThirteenBest Actress - Musical or ComedyDiane Keaton - Something's Gotta Give Jamie Lee Curtis - Freaky Friday Hope Davis - American Splendor Katie Holmes - Pieces of April Diane Lane - Under the Tuscan Sun Helen Mirren - Calendar GirlsBest Animated or Mixed Media Film The Triplets of Belleville (Les triplettes de Belleville) Brother Bear Finding Nemo Looney Tunes: Back in Action Millennium Actress (Sennen joy) Sinbad: Legend of the Seven SeasBest Art Direction and Production Design The Lord of the Rings: The Return of the King Kill Bill: Volume 1 The Last Samurai Master and Commander: The Far Side of the World Seabiscuit Whale RiderBest Cinematography The Last Samurai - John Toll Girl with a Pearl Earring The Lord of the Rings: The Return of the King Master and Commander: The Far Side of the World Mystic River SeabiscuitBest Costume Design The Last Samurai - Ngila Dickson The Company The Lord of the Rings: The Return of the King Master and Commander: The Far Side of the World Pirates of the Caribbean: The Curse of the Black Pearl SeabiscuitBest DirectorJim Sheridan - In America Shari Springer Berman and Robert Pulcini - American Splendor Niki Caro - Whale Rider Sofia Coppola - Lost in Translation Clint Eastwood - Mystic River Catherine Hardwicke - ThirteenBest Documentary Film Amandla!: A Revolution in Four-Part Harmony Capturing the Friedmans The Fog of War: Eleven Lessons from the Life of Robert S. McNamara Lost in La Mancha My Flesh and Blood StevieBest Editing The Last Samurai - Victor Du Bois and Steven Rosenblum House of Sand and Fog The Lord of the Rings: The Return of the King Master and Commander: The Far Side of the World Mystic River SeabiscuitBest Film - Drama In America The Last Samurai The Lord of the Rings: The Return of the King Master and Commander: The Far Side of the World Mystic River Thirteen Whale RiderBest Film - Musical or Comedy Lost in Translation American Splendor Bad Santa Bend It Like Beckham A Mighty Wind Pirates of the Caribbean: The Curse of the Black PearlBest Foreign Language Film City of God (Cidade de Deus), Brazil The Barbarian Invasions (Les invasions barbares), Canada Gloomy Sunday (Gloomy Sunday - Ein Lied von Liebe und Tod), Germany Monsieur Ibrahim (Monsieur Ibrahim et les fleurs du Coran), France Osama, Afghanistan/Iran Spring, Summer, Autumn, Winter... and Spring (Bom yeoreum gaeul gyeoul geurigo bom), KoreaBest Original Score "The Last Samurai" - Hans Zimmer "Camp" - Stephen Trask "Cold Mountain" - Gabriel Yared "Finding Nemo" - Thomas Newman "The Lord of the Rings: The Return of the King" - Howard Shore "The Missing" - James Horner "Seabiscuit" - Randy NewmanBest Original Song "Siente mi amor" - Once Upon a Time in Mexico "Cross the Green Mountain" - Gods and Generals "Great Spirits" - Brother Bear "The Heart of Every Girl" - Mona Lisa Smile "How Shall I See You Through My Tears" - Camp "A Kiss at the End of the Rainbow" - A Mighty WindBest Screenplay - Adapted Mystic River - Brian Helgeland American Splendor - Shari Springer Berman and Robert Pulcini Cold Mountain - Anthony Minghella Seabiscuit - Gary Ross Shattered Glass - Billy Ray Whale Rider - Niki CaroBest Screenplay - Original Lost in Translation - Sofia Coppola 21 Grams - Guillermo Arriaga The Cooler - Frank Hannah and Wayne Kramer Kill Bill: Volume 1 - Quentin Tarantino and Uma Thurman The Station Agent - Tom McCarthy Thirteen - Catherine Hardwicke and Nikki ReedBest Sound Master and Commander: The Far Side of the World Kill Bill: Volume 1 The Last Samurai The Lord of the Rings: The Return of the King Mystic River SeabiscuitBest Supporting Actor - DramaDjimon Hounsou - In America Alec Baldwin - The Cooler Jeff Bridges - Seabiscuit Benicio del Toro - 21 Grams Omar Sharif - Monsieur Ibrahim (Monsieur Ibrahim el les fleurs du Coran) Ken Watanabe - The Last SamuraiBest Supporting Actor - Musical or ComedyEugene Levy - A Mighty Wind Johnny Depp - Once Upon a Time in Mexico Bill Nighy - Love Actually Sam Rockwell - Matchstick Men Geoffrey Rush - Pirates of the Caribbean: The Curse of the Black Pearl Thomas Sangster - Love ActuallyBest Supporting Actress - DramaMaria Bello - The Cooler Emma Bolger - In America Annette Bening - Open Range Patricia Clarkson - The Station Agent Marcia Gay Harden - Mystic River Holly Hunter - ThirteenBest Supporting Actress - Musical or ComedyPatricia Clarkson - Pieces of April Shaheen Khan - Bend It Like Beckham Scarlett Johansson - Lost in Translation Catherine O'Hara - A Mighty Wind Emma Thompson - Love Actually Julie Walters - Calendar GirlsBest Visual Effects Master and Commander: The Far Side of the World Kill Bill: Volume 1 The Last Samurai The Lord of the Rings: The Return of the King Pirates of the Caribbean: The Curse of the Black Pearl Terminator 3: Rise of the Machines
Which Fast STL Drive Could Not Be Weaponized Or Results in Perpetual Motion?
Which Fast STL Drive Could Not Be Weaponized Or Results in Perpetual Motion?
Which fast STL drive could not be weaponized or results in perpetual motion?Well, it's not "hard", but a plausible explanation how to make FTL/STL hardly weaponizable as a mass destruction weapon (at least against planets) is to make it work only in void. Your flebtonium teleportation only works in the absence of larger mass in a quite large radius. So, nothing can ram Earth at 0.5c.Any capital ship / space station that is large enough to be a valuable target is also large enough to prohibit teleport exit in its vicinity. This also means that kilometer-long battleships are sort of "local monitors", incapable of warping. Only smaller scout ships can warp- oh wait, they are aeroplanes when compared to water-surface vessels- ships, yeah!— — — — — —Can you find the flaw in this perpetual motion idea?The assumption the magnet will fall in a repulsive orientation is not good since if there is any instability at all, the attractiive orientation would result. Another problem is for the falling magnet to do any significant work, it must have some mass making it so heavy, the repulsive force would be insufficient to elevate it enough. Add to these the inevitable friction losses that will likely consume any tiny energy produced assuming the device functions as described. I would like to see the prototype succeed but free energy is not likely— — — — — —What is your idea of mans closest invention to a perpetual motion machine?I believe the answer is a gyroscope in a vacuum suspended on a passive magnetic bearing. that is the best we can currently do— — — — — —Can you disprove this perpetual motion concept?If you are so sure, build that contraption, and see what happens— — — — — —it is possible to produce the perpetual motion machine?There have been and still are many experiments that are being done trying to prove the existence of perpetual motion, but nothing has been able to do so yet. Friction is a major factor— — — — — —Why is a perpetual motion machine impossible? Is anything impossible?My girlfriend being ready on time is impossible. And to claim that it is not is messing with the laws of science and nature— — — — — —How to understand Feynman's reasoning about perpetual motion?He's basically saying assume you have some complicated system of weights connect by pulleys, and each weight can be in only one of two states: up or down. But you can trade off which ones are up and down, for example you can make 3 light weights go up by having one heavy one go down, and there are many other moves like this you can do. Now his point is that you can not have a sequence of moves which takes you to a final configuration which is just the same as the initial configuration except one of the initial down weights is now up. His reason why is that if you could do this, then you could use the energy from lowering the weight to generate electricity or whatever. Note that after you have lowered the weight, you are back in the initial state. So in particular, you could use part of the energy gained from the process to power a machine that moves the weights again. This would give you an unlimited supply of energy.Your confusion was thinking that feynman was saying it was illegal to have a lifted weight in the final state. This is not what feynman is saying. He is saying that the final configuration cannot have extra weighs lifted. So if an initially down weight is up in the final state, there must be another weight which has been lowered from the initial state— — — — — —why can't we create perpetual motion machines, motor's generator's etc??It's so simple. If u say machine that moves then it obviously got to use some energy to move. If it uses energy then there must be some energy source. Now just try 'n' find a perpetual energy source???????? Not possible.— — — — — —How to debunk this "Perpetual Motion Machine?”Looking at the demo video, this machine looks fake to me. The person who assembled and exhibited it in the video used some trick to move the machine. I believe there is a platform that can tilt and contains a background attached to it, a table on top of it, a demonstrator standing on the platform and a camera (And lighting) kept on this platform. This possible setup is shown in below drawing. (Apologies for poor drawing skills)This gives an illusion as if the black wheel is somehow transferring the energy to one of the large wheels and then storing it back from inertia. But looking at the demo carefully, it is evident that a lot of energy is wasted (while stopping and some from friction). Interestingly wheels are very smooth to minimize friction, but off course, it can not be zero.It is not possible (in current state ;) of our universe) to reverse the entropy or in other words create free energy device.Such tricky videos attract many views and generate good revenue for the channel.
Information R/t Surgery on Frozen Right Shoulder, to Include Success Rates?
Information R/t Surgery on Frozen Right Shoulder, to Include Success Rates?
Frozen Shoulder Description Frozen shoulder (adhesive capsulitis) is a disorder characterized by pain and loss of motion or stiffness in the shoulder. It affects about two percent of the general population. It is more common in women between the ages of 40 years to 70 years old. The causes of frozen shoulder are not fully understood. The process involves thickening and contracture of the capsule surrounding the shoulder joint. A doctor can diagnose frozen shoulder based on the history of the patient's symptoms and physical examination. X-rays or MRI (magnetic resonance imaging) studies are sometimes used to rule out other causes of shoulder stiffness and pain, such as rotator cuff tear. Risk Factors/Prevention Frozen shoulder occurs much more commonly in individuals with diabetes, affecting 10 percent to 20 percent of these individuals. Other medical problems associated with increased risk of frozen shoulder include: hypothyroidism, hyperthyroidism, Parkinson's disease, and cardiac disease or surgery. Frozen shoulder can develop after a shoulder is injured or immobilized for a period of time. Attempts to prevent frozen shoulder include early motion of the shoulder after it has been injured. Symptoms Pain due to frozen shoulder is usually dull or aching. It can be worsened with attempted motion. The pain is usually located over the outer shoulder area and sometimes the upper arm. The hallmark of the disorder is restricted motion or stiffness in the shoulder. The affected individual cannot move the shoulder normally. Motion is also limited when someone else attempts to move the shoulder for the patient. Some physicians have described the normal course of a frozen shoulder as having three stages: Stage one: In the "freezing" stage, which may last from six weeks to nine months, the patient develops a slow onset of pain. As the pain worsens, the shoulder loses motion. Stage two: The "frozen" stage is marked by a slow improvement in pain, but the stiffness remains. This stage generally lasts four months to nine months. Stage three: The final stage is the "thawing", during which shoulder motion slowly returns toward normal. This generally lasts five months to 26 months. Treatment Options Frozen shoulder will generally get better on its own. However, this takes some time, occasionally up to two to three years. If you have a stiff and painful shoulder, see your physician to make sure no other injuries are present. Treatment is aimed at pain control and restoration of motion. The first goal is pain control. This can be achieved with anti-inflammatory medications. These include pills taken by mouth, such as ibuprofen or Naprosyn, as well as injections, such as corticosteroids. To restore motion, physical therapy is usually started. This may be under the direct supervision of a therapist or via a home program. Therapy includes stretching or range-of-motion exercises for the shoulder. Sometimes heat is used to help decrease pain. Examples of some of the exercises that might be recommended can be seen in figures 1, 2, and 3. Description Frozen shoulder (adhesive capsulitis) is a disorder characterized by pain and loss of motion or stiffness in the shoulder. It affects about two percent of the general population. It is more common in women between the ages of 40 years to 70 years old. The causes of frozen shoulder are not fully understood. The process involves thickening and contracture of the capsule surrounding the shoulder joint. A doctor can diagnose frozen shoulder based on the history of the patient's symptoms and physical examination. X-rays or MRI (magnetic resonance imaging) studies are sometimes used to rule out other causes of shoulder stiffness and pain, such as rotator cuff tear. Risk Factors/Prevention Frozen shoulder occurs much more commonly in individuals with diabetes, affecting 10 percent to 20 percent of these individuals. Other medical problems associated with increased risk of frozen shoulder include: hypothyroidism, hyperthyroidism, Parkinson's disease, and cardiac disease or surgery. Frozen shoulder can develop after a shoulder is injured or immobilized for a period of time. Attempts to prevent frozen shoulder include early motion of the shoulder after it has been injured. Symptoms Pain due to frozen shoulder is usually dull or aching. It can be worsened with attempted motion. The pain is usually located over the outer shoulder area and sometimes the upper arm. The hallmark of the disorder is restricted motion or stiffness in the shoulder. The affected individual cannot move the shoulder normally. Motion is also limited when someone else attempts to move the shoulder for the patient. Some physicians have described the normal course of a frozen shoulder as having three stages: Stage one: In the "freezing" stage, which may last from six weeks to nine months, the patient develops a slow onset of pain. As the pain worsens, the shoulder loses motion. Stage two: The "frozen" stage is marked by a slow improvement in pain, but the stiffness remains. This stage generally lasts four months to nine months. Stage three: The final stage is the "thawing", during which shoulder motion slowly returns toward normal. This generally lasts five months to 26 months. Treatment Options Frozen shoulder will generally get better on its own. However, this takes some time, occasionally up to two to three years. If you have a stiff and painful shoulder, see your physician to make sure no other injuries are present. Treatment is aimed at pain control and restoration of motion. The first goal is pain control. This can be achieved with anti-inflammatory medications. These include pills taken by mouth, such as ibuprofen or Naprosyn, as well as injections, such as corticosteroids. To restore motion, physical therapy is usually started. This may be under the direct supervision of a therapist or via a home program. Therapy includes stretching or range-of-motion exercises for the shoulder. Sometimes heat is used to help decrease pain. Examples of some of the exercises that might be recommended can be seen in figures 1, 2, and 3. If these methods fail, nerve blocks are sometimes used to limit pain and allow more aggressive physical therapy. More than 90 percent of patients improve with these relatively simple treatments. Usually, the pain resolves and motion improves. However, in some cases, even after several years the motion does not return completely and a small amount of stiffness remains. In the long run, this small loss of motion does not seem to cause functional limitations. Treatment Options: Surgical Surgical intervention is considered when there is no improvement in pain or shoulder motion after an appropriate course of physical therapy and anti-inflammatory medications. When more invasive measures are considered, the patient must always consider that most individuals will get better if given sufficient time and that surgery always has risk involved. Surgical intervention is aimed at stretching or releasing the contracted joint capsule of the shoulder. The most common methods include manipulation under anesthesia and shoulder arthroscopy: Manipulation under anesthesia involves putting the patient to sleep and "manipulating" or forcing the shoulder to move. This process causes the capsule to stretch or tear. With shoulder arthroscopy, the surgeon makes several small incisions around the shoulder. A small camera and instruments are inserted through the incisions. They are used to cut through the tight portions of the joint capsule. Often, manipulation and arthroscopy are used together in combination to obtain maximum results. Most patients have very good results with these procedures. After surgery, physical therapy is important to maintain the motion that was achieved with surgery. Recovery time varies. Some patients require six weeks to three months off of work depending on their occupation and speed of recovery. Research on the Horizon/What is New? Although several theories exist, the cause of frozen shoulder is not known. Further research is needed to determine its exact cause. If the cause could be determined, better preventative measures or treatments could be developed. Most patients affected by frozen shoulder do get better with time. Many surgeons have reported the results of various physical therapy regimes as well as surgery. Further research could help determine which treatments work best, or if treatment changes the normal course of the disease. November 2004 More Information Provided by AAOS1. I need help with my homework. Help?Investigate Motion and Properties of Materials - Police Officer figuring out who is to blame in a car accident. Properties of materials for friction of tires, motion to find out how fast the cars were moving in order to skid as far as they did Motion - gun maker to find out how far/fast a bullet goes sound - speaker maker to understand best design so that there is the least amount of destructive interference or to create the most constructive interference and best sound quality/volume. light - laser pointer maker - same as sound electricity and magnetism - inventor - create a device like a computer properties of atoms - chemist - creating the newest plastic, Teflon, make-up, etc. nuclear reactions - nuclear physicist trying to figure out which reaction would release the most energy to power cities or military scientist - the most destruction with least radiation2. Is there any physical evidence for motion?Your question assumes one ball is moving and the other is still. That assumption is meaningless without specifying a frame of reference. All motion is relative. To each of the balls it would appear that the other was moving. The 'evidence' that they are moving includes the fact that they would appear smaller to each other, and that their separation was changing3. Why is aging so harsh on our bodies/minds? How can we make the best of it?Not one of us decided when we would be born, and most of us wo not decide when we will die. The key is to make the most of the time in between. You've heard the saying about your body parts, "if you do not use it, you will lose it." That's true. It is also true of your mind and your youth. Make plans. Put things into motion to make those plans come to pass. Set goals for ten years from now. Read, travel, see shows. Do stuff. Will you still get older. Unless you die, yes. And your eyesight will dim; your hearing will fade, and your skin wo not be the way it was when you were twenty-five. But when you are lying in your casket, you will have a sloppy grin on your face for the life you lived. Do not worry so much. LIfe is one more thing that if you do not use, you will lose even while you are living.
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