1. Given the following measurements (in metric and English respectively) of a metalcylinder: length = 3.56 cm, 1.483 in; diameter= 1.35 cm, 0.563 in. Determine theconversion factor from cubic centimeters to cubic inches2. Complete a table similar to that in Experiment No.3. Let weight of block equal to 5.5N for first trial; add 2 N for next trial. Consider the following results: Trial 1- applied forcefor constant velocity is 1.8 N, coefficient of static friction is 0.65; Trial 2- applied force tomove object is 4.8 N and 2.4 to move it at constant velocity3. The mass of an object suspended in air is 20.0 g. When the object is then submergedin water, its measured mass is 17.5 g. Determine the specific gravity of the object.When the object is submerged in a certain liquid, its measured mass is 17.8 g. What isthe specific gravity of the liquid?4. Consider the Atwood machine used in the experiment: Each pan has a mass of 70 g.The right pan is made 10 g heavier than the left pan. It takes the right pan 2.0 s todescend from the top platform to the bottom platform 120 cm below. Compute the %error in the experimental value of the acceleration of the pans. The mass of the pulley is80 g.5. Consider a situation similar to that in Experiment 2. Given the following distances(measured from starting point) traveled and times, respectively, along a straight path:45.0 cm, 1.8 s; 92 cm, 2.6 s; 120 cm, 3.0 s; and,185 cm, 3.6 s. Complete the table foraverage velocity. Graph position vs time.6. Were you able to attain the desired results in Experiment no. 5? In three (3) shortsentences, discuss why or why not.

"As per the guidelines i solved the first question alone". 1. The radius of the cylinder is,…

1. Given the following measurements (in metric and English respectively) of a metal cylinder: length = 3.56 cm, 1.483 in; diameter= 1.35 cm, 0.563 in. Determine the conversion factor from cubic centimeters to cubic inches

1. Given the following measurements (in metric and English respectively) of a metal cylinder: length = 3.56 cm, 1.483 in; diameter= 1.35 cm, 0.563 in. Determine the conversion factor from cubic centimeters to cubic inches

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter11: Fluid Statics

Section: Chapter Questions

Problem 6CQ: Give an example in which density is used to identify the substance composing an object. Would...

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Question

1. Given the following measurements (in metric and English respectively) of a metal
cylinder: length = 3.56 cm, 1.483 in; diameter= 1.35 cm, 0.563 in. Determine the
conversion factor from cubic centimeters to cubic inches
2. Complete a table similar to that in Experiment No.3. Let weight of block equal to 5.5
N for first trial; add 2 N for next trial. Consider the following results: Trial 1- applied force
for constant velocity is 1.8 N, coefficient of static friction is 0.65; Trial 2- applied force to
move object is 4.8 N and 2.4 to move it at constant velocity
3. The mass of an object suspended in air is 20.0 g. When the object is then submerged
in water, its measured mass is 17.5 g. Determine the specific gravity of the object.
When the object is submerged in a certain liquid, its measured mass is 17.8 g. What is
the specific gravity of the liquid?
4. Consider the Atwood machine used in the experiment: Each pan has a mass of 70 g.
The right pan is made 10 g heavier than the left pan. It takes the right pan 2.0 s to
descend from the top platform to the bottom platform 120 cm below. Compute the %
error in the experimental value of the acceleration of the pans. The mass of the pulley is
80 g.
5. Consider a situation similar to that in Experiment 2. Given the following distances
(measured from starting point) traveled and times, respectively, along a straight path:
45.0 cm, 1.8 s; 92 cm, 2.6 s; 120 cm, 3.0 s; and,185 cm, 3.6 s. Complete the table for
average velocity. Graph position vs time.
6. Were you able to attain the desired results in Experiment no. 5? In three (3) short
sentences, discuss why or why not.

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