You are driving a late model convertible car at the 65 mph speed limit with its soft flexible roof closed up and the windows closed. You observe that the roof a. bows inward. b. is no different from when the car was at rest. C. bows outward. d. bows inward only when you are driving uphill. bows inward only when you are driving downhill. e.

Physics for Scientists and Engineers, Technology Update (No access codes included)
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Chapter4: Motion In Two Dimensions
Section: Chapter Questions
Problem 4.22P: A landscape architect is planning an artificial waterfall in a city park. Water flowing at 1.70 m/s...
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1.
2.
4.
You are driving a late model convertible car at the 65 mph speed limit with its soft flexible roof closed up
and the windows closed. You observe that the roof
a.
b.
bows inward.
is no different from when the car was at rest.
bows outward.
bows inward only when you are driving uphill.
e. bows inward only when you are driving downhill.
c.
d.
The carotid artery in a person's neck has plaque buildup in one region creating a partial blockage. When
the person is lying down on a bed (so any differential effects due to gravity if present can be ignored)
what can you say about the blood flow?
a.
The blood is flowing faster near the blockage than away from the blockage.
b. The blood is flowing slower near the blockage than away from the blockage.
C.
The blood is flowing at the same speed everywhere in the artery.
3. A rock is under water in a shallow lake. As the rock sinks deeper and deeper into water, the buoyant force
on it:
a.
b.
C.
increases.
decreases.
remains constant.
Think of Bernoulli's equation as it pertains to an ideal fluid flowing through a horizontal pipe with a
varying cross section. Imagine that you take measurements along the pipe in the direction of fluid flow.
What happens to the sum of the pressure and energy per unit volume?
It increases as the pipe diameter increases.
It decreases as the pipe diameter increases.
a.
b.
c.
It remains constant as the pipe diameter increases.
d. It decreases as the pipe diameter decreases.
5. Will an ice cube float higher in water or a scotch (density of scotch < density of water)? Draw a picture
and a free body diagram for each situation. Explain your reasoning.
Transcribed Image Text:1. 2. 4. You are driving a late model convertible car at the 65 mph speed limit with its soft flexible roof closed up and the windows closed. You observe that the roof a. b. bows inward. is no different from when the car was at rest. bows outward. bows inward only when you are driving uphill. e. bows inward only when you are driving downhill. c. d. The carotid artery in a person's neck has plaque buildup in one region creating a partial blockage. When the person is lying down on a bed (so any differential effects due to gravity if present can be ignored) what can you say about the blood flow? a. The blood is flowing faster near the blockage than away from the blockage. b. The blood is flowing slower near the blockage than away from the blockage. C. The blood is flowing at the same speed everywhere in the artery. 3. A rock is under water in a shallow lake. As the rock sinks deeper and deeper into water, the buoyant force on it: a. b. C. increases. decreases. remains constant. Think of Bernoulli's equation as it pertains to an ideal fluid flowing through a horizontal pipe with a varying cross section. Imagine that you take measurements along the pipe in the direction of fluid flow. What happens to the sum of the pressure and energy per unit volume? It increases as the pipe diameter increases. It decreases as the pipe diameter increases. a. b. c. It remains constant as the pipe diameter increases. d. It decreases as the pipe diameter decreases. 5. Will an ice cube float higher in water or a scotch (density of scotch < density of water)? Draw a picture and a free body diagram for each situation. Explain your reasoning.
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