5. Problem solving with pressure Practice: A 130-lb woman puts all of her weight on one heel of her high-heeled shoes. The heel has an area of 0.25 in. What is the pressure that her heel exerts on the ground in pounds per square inch (psi)?

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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Practice: A student, sitting on a stool holds masses in each hand. When his arms are extended, the total
rotationai inertia of the system is 5.6 kg m2. When he pulls his arms in ciose to his body, he reduces the
total rotational inertia to 1.4 kg m?. When he is rotating with his hands held close to his body, his
rotational velocity is 48 RPM. If there are no external torques, what is the rotational velocity of the
system when he extends his arms?
5. Problem solving with pressure
Practice: A 130-lb woman puts all of her weight on one heel of her high-heeled shoes. The heel has an
area of 0.25 in. What is the pressure that her heel exerts on the ground in pounds per square inch (psi)?
III. Formulas Sheet (will also be included in your test)
Work = Change of KE = KEfinai – KEinitial
%3D
Impulse = Change of momentum = Pinitial - Pfinal
Linear Momentum =m
Angular Momentum 7-
Impulse = FAt
Torque 7 = Id
Torque T FI
Angular acceleration a =
W =Wo + at
v = wR
Force
Area
F2
A2
Pressure
mass
Density
volume
A1
Boyle PV = P2V2
V2
Charles
Continuity
Transcribed Image Text:Practice: A student, sitting on a stool holds masses in each hand. When his arms are extended, the total rotationai inertia of the system is 5.6 kg m2. When he pulls his arms in ciose to his body, he reduces the total rotational inertia to 1.4 kg m?. When he is rotating with his hands held close to his body, his rotational velocity is 48 RPM. If there are no external torques, what is the rotational velocity of the system when he extends his arms? 5. Problem solving with pressure Practice: A 130-lb woman puts all of her weight on one heel of her high-heeled shoes. The heel has an area of 0.25 in. What is the pressure that her heel exerts on the ground in pounds per square inch (psi)? III. Formulas Sheet (will also be included in your test) Work = Change of KE = KEfinai – KEinitial %3D Impulse = Change of momentum = Pinitial - Pfinal Linear Momentum =m Angular Momentum 7- Impulse = FAt Torque 7 = Id Torque T FI Angular acceleration a = W =Wo + at v = wR Force Area F2 A2 Pressure mass Density volume A1 Boyle PV = P2V2 V2 Charles Continuity
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