16. The voltage is a. indirectly proportional b. linearly proportional c. indirectly inversely proportional d. inversely proportional proportional to the current. 17. Using the least-squares method, the y-intercept and the slope of the voltage (y) – current (x) curve was calculated. These values represent a. slope is for resistance, y-intercept is the dissipated voltage b. Slope is for the dissipated voltage, y-intercept is for resistance c. slope and y-intercept constitute the resistance d. slope is for the resistance, the y-intercept is for deviation / errors in the experiment 18. Why is the friction force reduced when the wooden block is made to glide through the inclined wooden plank? a. because not all the surface of the block touches the inclined wooden plank b. because the normal force decreases in this set-up c. because the wooden plank's smoothness is enhanced when inclined d. because the weight of the block decreases when inclined
16. The voltage is a. indirectly proportional b. linearly proportional c. indirectly inversely proportional d. inversely proportional proportional to the current. 17. Using the least-squares method, the y-intercept and the slope of the voltage (y) – current (x) curve was calculated. These values represent a. slope is for resistance, y-intercept is the dissipated voltage b. Slope is for the dissipated voltage, y-intercept is for resistance c. slope and y-intercept constitute the resistance d. slope is for the resistance, the y-intercept is for deviation / errors in the experiment 18. Why is the friction force reduced when the wooden block is made to glide through the inclined wooden plank? a. because not all the surface of the block touches the inclined wooden plank b. because the normal force decreases in this set-up c. because the wooden plank's smoothness is enhanced when inclined d. because the weight of the block decreases when inclined
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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![16. The voltage is
a. indirectly proportional
b. linearly proportional
c. indirectly inversely proportional
d. inversely proportional
proportional to the current.
17. Using the least-squares method, the y-intercept and
the slope of the voltage (y) – current (x) curve was calculated.
These values represent
a. slope is for resistance, y-intercept is the dissipated voltage
b. Slope is for the dissipated voltage, y-intercept is for
resistance
c. slope and y-intercept constitute the resistance
d. slope is for the resistance, the y-intercept is for deviation /
errors in the experiment
18. Why is the friction force reduced when the wooden
block is made to glide through the inclined wooden plank?
a. because not all the surface of the block touches the inclined
wooden plank
b. because the normal force decreases in this set-up
c. because the wooden plank's smoothness is enhanced when
inclined
d. because the weight of the block decreases when inclined](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbe937ea9-566d-45bb-b3c8-277e389b8c1d%2Fcde62163-d143-44c9-9760-ccaf3805374b%2Fw75ywd6_processed.jpeg&w=3840&q=75)
Transcribed Image Text:16. The voltage is
a. indirectly proportional
b. linearly proportional
c. indirectly inversely proportional
d. inversely proportional
proportional to the current.
17. Using the least-squares method, the y-intercept and
the slope of the voltage (y) – current (x) curve was calculated.
These values represent
a. slope is for resistance, y-intercept is the dissipated voltage
b. Slope is for the dissipated voltage, y-intercept is for
resistance
c. slope and y-intercept constitute the resistance
d. slope is for the resistance, the y-intercept is for deviation /
errors in the experiment
18. Why is the friction force reduced when the wooden
block is made to glide through the inclined wooden plank?
a. because not all the surface of the block touches the inclined
wooden plank
b. because the normal force decreases in this set-up
c. because the wooden plank's smoothness is enhanced when
inclined
d. because the weight of the block decreases when inclined
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