Roller Coaster When riding a roller coaster, at the bottom of a hill you are momentarily rounding a curve with a radius of curvature R while you have a speed v. T₁ R Xil 4

University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter6: Applications Of Newton's Laws
Section: Chapter Questions
Problem 9CQ: Race car drivers routinely cut corners, as shown below (Path 2). Explain how this allows the curve...
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Please refer to the picture when answering these questions. 

Question 1) Which direction do each of the following forces on you point? If a force does not act on you, leave it uncategorized. 

     UP ??????

     DOWN ???????

     LEFT ??????

     RIGHT ??????

possible answers for these directions... 

    A) The friction of the track on the cart 

    B) The normal force from the seat against you 

    C) The gravitational force 

    D) The normal force of the seatbelt against you 

    E) The centripetal force 

 

Question 2) If your mass is m, which of the following best represents your apparent weight (the weight that you feel) when you are in the cart at the bottom of the hill? 

    A) m v^2/R -mg

    B) m v^2/R + mg

    C) -m v^2/R + mg

    D) -m v^2/R - mg

Roller Coaster
When riding a roller coaster, at the bottom of a hill you are
momentarily rounding a curve with a radius of curvature R while you
have a speed v.
H
TR
A
Transcribed Image Text:Roller Coaster When riding a roller coaster, at the bottom of a hill you are momentarily rounding a curve with a radius of curvature R while you have a speed v. H TR A
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