when you sit on a chair the resultant force on you is ?

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When you sit on a chair a resultant force on you is? – Answers
The Answer is (A) – Zero Explanation: When you sit in your chair, your body exerts a downward force on the chair and the chair exerts an upward force on your body. There are two…

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When you sit on a chair a force is exerted on that chair and … – Quora
When we sit on a chair the force that our body exerts on the chair is equal to our weight i.e. the force with which gravity pulls us down. The normal reaction that the chair exerts on us is equal in magnitude to the force that we apply on the chair but opposite in direction.

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PHYSICS QUIZ #4 Flashcards | Quizlet
A) the first law 2) When you sit on a chair, the resultant force on you is A) zero. 3) In the absence of an external force, a moving object will D) move with constant velocity. 4) When the rocket engines on the starship NO-PAIN-NO-GAIN are suddenly turned off, while traveling in empty space, the starship will D) move with constant speed.

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Physics Mid Term Flashcards | Quizlet
When you sit on a chair, the resultant force on you is Zero In the absence of an external force, a moving object will Move with constant velocity A constant net force acts on an object. Describe the motion of the object. Constant acceleration The acceleration of an object is inversely proportional to Its mass

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Introduction To Dynamics: Newton’s Laws Of Motion! Trivia … – ProProfs
When you sit on a chair, the resultant force on you is. A. Zero. B. Up. C. Down. D. Depending on your weight. 3. In the absence of an external force, a moving object will. A. Stop immediately. B. Slow down and eventually come to a stop. C. Go faster and faster. D. Move with constant velocity. 4. When the rocket engines on the starship NO-PAIN-NO-GAIN are suddenly turned off, while traveling in …

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general relativity – When sitting on a chair is it the chair actually …
Yes, that is a correct analogy if you want to be relativistic about it. Spacetime around a gravitating mass is like a river moving downstream. If you sit still on its surface, then you are moving relative to the shoreline. If you want to be still relative to the shores, then you have to exert a force against the water by paddling hard. The more mass there is (and the closer you are to it), the faster the river flows in the analogy.

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When you sit on a chair, the resultant force on you is?
When you sit on a chair, the resultant force on you is? 2 See answers Advertisement abborja Normal Force. This is denoted by the symbol N Advertisement ILoveJuanitoAlfonso NORMAL FORCE was acting upon you cause you just sit to the chair and thiers was no movement Advertisement

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When you sit on a chair, is the resultant force on you up, down, or …
You push on the chair with a force F equal to 36.0 Newtons directed at an angle of 41.0 degrees below the hor; A chair with a mass of 21 kg is accelerated by a steady net force with a magnitude of…

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PHYSICS 1: C4 Flashcards | Quizlet
When you sit on a chair, the resultant force on you is A) zero. B) up. C) down. D) depending on your weight. Answer: A A. zero In the absence of an external force, a moving object will A) stop immediately. B) slow down and eventually come to a stop. C) go faster and faster. D) move with constant velocity. Answer: D D. move with constant velocity

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Newton.s Laws of Motion Flashcards | Quizlet
the first law When you sit on a chair, the resultant force on you is zero. In the absence of an external force, a moving object will move with constant velocity When the rocket engines on the starship NO-PAIN-NO-GAIN are suddenly turned off, while traveling in empty space, the starship will move with constant speed

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