Answer the following question part a and part b A) The 4 kg disk shown in Figure Q1 is initially at rest. A force of F = 50 N is applied to the thin, inextensible cable wrapped round the disk diameter...


Answer the following question part a and part b<br>A) The 4 kg disk shown in Figure Q1 is initially at rest. A force of F = 50 N is applied to the<br>thin, inextensible cable wrapped round the disk diameter d = 156 mm. Calculate the work<br>done on the disk after it has turned through 8.8 revolutions. [Answer in J]<br>F<br>30<br>Q1<br>b) Assuming that the 8 kg disk in Question 2 is initially at rest and a force of F = 67 N is<br>applied to the thin, inextensible cable wrapped round the disk diameter d = 177 mm. Find the<br>angular velocity of the disk after it has turned through 8.1 revolutions. [Answer in rad / s]<br>

Extracted text: Answer the following question part a and part b A) The 4 kg disk shown in Figure Q1 is initially at rest. A force of F = 50 N is applied to the thin, inextensible cable wrapped round the disk diameter d = 156 mm. Calculate the work done on the disk after it has turned through 8.8 revolutions. [Answer in J] F 30 Q1 b) Assuming that the 8 kg disk in Question 2 is initially at rest and a force of F = 67 N is applied to the thin, inextensible cable wrapped round the disk diameter d = 177 mm. Find the angular velocity of the disk after it has turned through 8.1 revolutions. [Answer in rad / s]

Jun 11, 2022
SOLUTION.PDF

Get Answer To This Question

Related Questions & Answers

More Questions »

Submit New Assignment

Copy and Paste Your Assignment Here