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1- multiplying frictional force by . 2- 10-A particle is in .if it travels around a circle or a circular are at constant we get thermal energy (uniform) speed. 3- If the mass of the planet Saturn is (5.64 x 1026 g) and its radius is (6.00 x 107 m) ,the densir is ... 4- . is the rate at which energy is transferred by a force from one type to another 5- The acceleration of a body at any moment is the second derivative of . with respect to time

1- multiplying frictional force by . 2- 10-A particle is in .if it travels around a circle or a circular are at constant we get thermal energy (uniform) speed. 3- If the mass of the planet Saturn is (5.64 x 1026 g) and its radius is (6.00 x 107 m) ,the densir is ... 4- . is the rate at which energy is transferred by a force from one type to another 5- The acceleration of a body at any moment is the second derivative of . with respect to time

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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I fill the following blanks 1- multiplying frictional force by 2- 10- A particle is in .. .... we get thermal energy .if it travels around a circle or a circular arc at constant (uniform) speed. 3- If the mass of the planet Saturn is (5.64 x 1026 g) and its radius is (6.00 x 107 m) the density is . is the rate at which energy is transferred by a force from one type to another 4- 5- The acceleration of a body at any moment is the second derivative of .. with respect to time
Transcribed Image Text:I fill the following blanks 1- multiplying frictional force by 2- 10- A particle is in .. .... we get thermal energy .if it travels around a circle or a circular arc at constant (uniform) speed. 3- If the mass of the planet Saturn is (5.64 x 1026 g) and its radius is (6.00 x 107 m) the density is . is the rate at which energy is transferred by a force from one type to another 4- 5- The acceleration of a body at any moment is the second derivative of .. with respect to time
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