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What is the physics behind the water bottle flip?
The physics behind the water bottle flip involves the conservation of angular momentum and the center of mass of the bottle. When the bottle is flipped, it rotates around its center of mass, and the angular momentum is conserved as it flips in the air. The goal is to land the bottle upright by controlling the rotation and speed of the flip.
Does trajectory involve physics?
Yes, trajectory is the path followed by an object thrown or projected into the air. It is determined by principles of physics such as gravity, air resistance, and initial velocity. The study of trajectory falls within the realm of physics.
A ball thrown in the air will never go as far as physics ideally would predict because what?
The ideal physics prediction assumes no air resistance acting on the ball. In reality, air resistance slows the ball down, causing it to not travel as far as predicted by ideal physics. This is why the actual distance the ball travels may be shorter than what physics calculations suggest.
How does aerodynamics relate to physics?
Aerodynamics is a branch of physics that deals with the motion of air and other gases and its effects on objects in motion. Understanding aerodynamics involves studying concepts like air resistance, lift, drag, and turbulence, all of which are governed by fundamental principles of physics such as Newton's laws of motion and fluid dynamics. By applying these principles, physicists and engineers can design more efficient vehicles and structures that interact effectively with air flow.
Does air traffic control fall under the applied physics category or pure physics?
Of the two choices given in the question the answer is applied physics. An example of pure physics is using cyclotrons to study particle collisions, or trying to detect neutrinos etc. However, Air Traffic Control (ATC) falls under a multidisciplinary realm the FAA, a federal government agency so there is a political process as well as applied physics. The applied physic can be broken down into several diffeent fields of engineering all of which must form a reinforcing system to keep passengers, crew, pilots etc safe. CHeck out \ the Federal Aviation Administration at www.faa.gov
What is the physics behind expansion of chest during inhalation?
a region of low pressure is created inside the lungs when compared to the outside atmosphere .When air is drawn inside air pressure is increased.
What dangers are a part of air travel?
The dangers of air travel are many. Some examples of dangers that can be experienced during air travel includes disease, cosmic rays, accidents, hearing loss, economic-class syndrome among others.
What are the dangers of walking on the moon?
Air pressure
What are some dangers from hot air balloons?
Smoking in a hot air balloon
What is the physics behind the water bottle flip?
The physics behind the water bottle flip involves the conservation of angular momentum and the center of mass of the bottle. When the bottle is flipped, it rotates around its center of mass, and the angular momentum is conserved as it flips in the air. The goal is to land the bottle upright by controlling the rotation and speed of the flip.
What are some of the dangers of using an indoor air heater?
Some of the dangers of using an indoor air heater are that in houses poor indoor air quality can result in a structural rot. Also, indoor air pollution may occur which is not very talked about.
What are the dangers of using an air humidifier?
Some of the dangers of using an air humidifier are the growth of mold, bacteria and dust mites if the humidifier is not used properly. These microorganisms can result in allergy and asthma problems for those breathing the polluted air.
Predict what will happen if people continue to pollute the air?
The air may become more dangers for our health
What dangers did soldiers have in the trenches?
well air raid and the things in the trechers..
Does trajectory involve physics?
Yes, trajectory is the path followed by an object thrown or projected into the air. It is determined by principles of physics such as gravity, air resistance, and initial velocity. The study of trajectory falls within the realm of physics.
Why did Garrett Morgan invent a safety hood?
Garrett Morgan invented the safety hood in response to the dangers faced by firefighters and workers dealing with smoke and toxic gases. He aimed to improve their safety by creating a device that allowed them to breathe clean air even in hazardous environments. His invention, which featured a fabric hood with a built-in air filter, became vital for rescue operations, particularly during fires and industrial accidents. Morgan's innovation highlighted his commitment to public safety and contributed significantly to emergency response efforts.
When was NLR Air Transport Safety Institute created?
NLR Air Transport Safety Institute was created in 2007.
