answer number one and number two ent - Google Doc xtBnbaMng MRX4elX4tZkJ1qWu1sYjA5_VQD_8cyRk/editImpact of the C...G how did the pande... PhET SimulationArialNew Tabtensions Help Last edit was seconds ago11 + B I U AE | 1 2 3Torce must be tuRCIT ITO CONSIGctation.x +12.→Grade 9 Math IA#2...4LG▼IE5Tuazon, Kristin Misc..==6Based on facts,A. The centripetal force on a moving object (the car) varies jointly with its mass and itssquared velocity speed and varies inversely to the radius of the curved path.B. The centripetal force of the car is also jointly related to the coefficient of static friction ofthe tire and road, mass, and acceleration to gravity.Now you want to investigate the possible maximum velocity speeds and possible radius of thecurved path so the car can turn safely without skidding out of a curved road.To do this you must do and answer the following questions.1. Set up the equation of the centripetal force of the moving object in both A and B. Whattype of variations are described in both equations?EDerive an equation for the squared velocity speed of the car relating both equations ofcentripetal force.Y3. In your initial ocular visit to the site, you measured the radius of the curved path that isO81C30°C Partly cloud

Answered: Image /qna-images/answer/05353ef1-9767-407e-9b90-db299492f24d.jpg

1. Set up the equation of the centripetal force of the moving object in both A and B. What type of variations are described in both equations? 2. Derive an equation for the squared velocity speed of the car relating both equations of centripetal force.

1. Set up the equation of the centripetal force of the moving object in both A and B. What type of variations are described in both equations? 2. Derive an equation for the squared velocity speed of the car relating both equations of centripetal force.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

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

Centripetal Force

A particle, body, object or certain mass while travelling in a rotational path or semicircular path, experiences an inertia force. If that inertia force pulls the towards the inward of the imaginary circle in the rotation, it is termed as centripetal force.

Question

answer number one and number two

ent - Google Doc x
tBnbaMng MRX4elX4tZkJ1qWu1sYjA5_VQD_8cyRk/edit
Impact of the C...
G how did the pande... PhET Simulation
Arial
New Tab
tensions Help Last edit was seconds ago
11 + B I U A
E | 1 2 3
Torce must be tuRCIT ITO CONSIGctation.
x +
1
2.
→
Grade 9 Math IA#2...
4
LG
▼
IE
5
Tuazon, Kristin Misc..
==
6
Based on facts,
A. The centripetal force on a moving object (the car) varies jointly with its mass and its
squared velocity speed and varies inversely to the radius of the curved path.
B. The centripetal force of the car is also jointly related to the coefficient of static friction of
the tire and road, mass, and acceleration to gravity.
Now you want to investigate the possible maximum velocity speeds and possible radius of the
curved path so the car can turn safely without skidding out of a curved road.
To do this you must do and answer the following questions.
1. Set up the equation of the centripetal force of the moving object in both A and B. What
type of variations are described in both equations?
E
Derive an equation for the squared velocity speed of the car relating both equations of
centripetal force.
Y
3. In your initial ocular visit to the site, you measured the radius of the curved path that is
O
81
C
30°C Partly cloud

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