1. A Roller Coaster showing in the picturebellow of mass of M = 149 Kg is movingthrough the 3 hills until the end of the rid.if the first hill has Hight of H1=23 m, thesecond hill H2 = 18 m and the Third hillH3= 11 m. calculate the following:FirsthillScale1.0 cm 3.0 mSecondMisThirdhillEnd ofridea) Potential energy at the maximumheight (first hill) in (J) :b) The Kinetic Energy in the second hill ::c) the velocity of the car in the third hill ::d) The velocity of the car at the end of therid ::(e) Potential energy at the end of the hall(J) :

Name: 1. A Roller Coaster showing in the picturebellow of mass of M = 149 K
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Description: 1. A Roller Coaster showing in the picturebellow of mass of M = 149 Kg is movingthrough the 3 hills until the end of the rid.if the first hill has Hight of H1=23 m, thesecond hill H2 = 18 m and the Third hillH3= 11 m. calculate the following:Firsthi

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1. A Roller Coaster showing in the picture bellow of mass of M = 149 Kg is moving through the 3 hills until the end of the rid. if the first hill has Hight of H1=23 m, the second hill H2 = 18 m and the Third hill H3= 11 m. calculate the following: First hill Scale 1.0 cm= 3.0 m Second hill Third hill End of ride

1. A Roller Coaster showing in the picture bellow of mass of M = 149 Kg is moving through the 3 hills until the end of the rid. if the first hill has Hight of H1=23 m, the second hill H2 = 18 m and the Third hill H3= 11 m. calculate the following: First hill Scale 1.0 cm= 3.0 m Second hill Third hill End of ride

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ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Concept explainers

Newton's Second Law

Newton’s laws of motion describe the relationship between the motion of an object and forces acting on it. Newton’s law of motion has two types as follows:

Topic Video

Question

1. A Roller Coaster showing in the picture
bellow of mass of M = 149 Kg is moving
through the 3 hills until the end of the rid.
if the first hill has Hight of H1=23 m, the
second hill H2 = 18 m and the Third hill
H3= 11 m. calculate the following:
First
hill
Scale
1.0 cm 3.0 m
Second
Mis
Third
hill
End of
ride
a) Potential energy at the maximum
height (first hill) in (J) :
b) The Kinetic Energy in the second hill ::
c) the velocity of the car in the third hill ::
d) The velocity of the car at the end of the
rid ::
(e) Potential energy at the end of the hall
(J) :

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