Paragraph Find the Angular Displacement in radians of an object that has an init
ID: 1865110 • Letter: P
Question
Paragraph Find the Angular Displacement in radians of an object that has an initial angular velocity 5.4 in radians per second, average angular acceleration 3.9 in radians per second squared, and an event time 2.7 in seconds going from the initial angle to the final angle position. Using th following Rotational Kinematic Equation perform the calculation. (Answers have two decimal places and proper units) Find the Angular Displacement in radians of an object that has an initial angular velocity 8.1 in radians per second, average angular acceleration 6.4 in radians per second squared, and a event time 9.0 in seconds going from the initial angle to the final angle position. Using the following Rotational Kinematic Equation perform the calculation. (Answers have two decimal places and proper units) Find the Angular Displacement in radians of an object that has an initial angular velocity 1.9 in radians per second, average angular acceleration 9.7 in radians per second squared, and a event time 4.1 in seconds going from the initial angle to the final angle position. Using the following Rotational Kinematic Equation perform the calculation. (Answers have two decimal places and proper units) Find the Angular Displacement in radians of an object that has an initial angular velocity 5.4 in radians per second, average angular acceleration 7.0 in radians per second squared, and a event time 3.4 in seconds going from the initial angle to the final angle position. Using the following Rotational Kinematic Equation perform the calculation. (Answers have two decimal places and proper units) Find the Angular Displacement in radians of an object that has an initial angular velocity 8.6 in radians per second, average angular acceleration 4.7 in radians per second squared, and a event time 2.7 in seconds going from the initial angle to the final angle position. Using the following Rotational Kinematic Equation perform the calculation. (Answers have two decimal places and proper units) Find the Angular Displacement in radians of an object that has an initial angular velocity 2.3 in radians per second, average angular acceleration 3.5 in radians per second squared, and a event time 6.1 in seconds going from the initial angle to the final angle position. Using the following Rotational Kinematic Equation perform the calculation. (Answers have two decimal places and proper units) Find the Angular Displacement in radians of an object that has an initial angular velocity 3.5 in radians per second, average angular acceleration 2.6 in radians per second squared, and a event time 4.9 in seconds going from the initial angle to the final angle position. Using the following Rotational Kinematic Equation perform the calculation.(Answers have two decimal places and proper units) Find the Angular Displacement in radians of an object that has an initial angular velocity 8.7 in radians per second, average angular acceleration 2.5 in radians per second squared, and a event time 1.9 in seconds going from the initial angle to the final angle position. Using the following Rotational Kinematic Equation perform the calculation. (Answers have two decimal places and proper units) 1) 2) 3) 4) 5) 6) 7) 8)Explanation / Answer
1.
Using 2nd equation of angular motion
S= ut+0.5at^2
= 5.4*2.7+0.5* 3.9*2.7^2
= 28.8 rad
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2.
S= 8.1*9+ 0.5*6.4*9^2
= 332.1 rad
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3. S= 1.9* 4.1+ 0.5 9.7* 4.1^2
S= 89.318 rad
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Rest all are same.
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According to chegg guidelines we can solve one problem and hope you gt the method to solve.
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Comment in case any doubt..goodluck
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