Click here:point_up_2:to get an answer to your question :writing_hand:in the arrangement shown in figure the ends p and q of an inextensible string
Click here👆to get an answer to your question ✍️ In the arrangement shown in figure- the ends P and Q of an inextensible string move downwards with uniform speed- u- Pulleys A and B are fixed- The mass M moves upwards with a speed of
Correct option is B- -u-cos - -theta - -Let- -V- be the velocity of mass in upwards direction-Therefore- component of velocity along the rope - -VCos-theta-Now- -VCos-theta -u-Therefore- -V-dfrac - u - Cos-theta -160-160
In the arrangement shown in figure, the ends P and Q of an inextensible string move downwards with uniform speed u. Pulleys A and B are fixed. The mass M moves upwards
In the arrangement shown in figure the ends P and Q of an inextensible
In the arrangement shown in figure (3- Q 3) the ends P and Q of an inextensible string move downwards with uniform speed u .Pulleys A and B are fixed.The mass M
PO nin figure, the of he (c) 2v sin e (d) 20 9. In the arrangement shown in fie ends P and Q of an inextensible string move downwards with uniform speed
In the arrangement shown in the fig., the ends P and Q of an un stretchable string move downwards with uniform speed U. Pulleys A and B are fixed. Mass M moves
D-3. (AJA = a1 - 8 ( DA-+82 + d2 voir- 2 In the arrangement shown in fig. the ends P and Q of an unstretchable string move downwards with uniform speed
In the arrangement shown in fig. the ends P and Q of an unstretchable string move downwards with uniform speed U. Pulleys A and B are fixed. Mass M moves upwards with
In the arrangement shown in the figure, the ends P and Q of an inextensible string move downwards with uniform speed u. Pulleys A and B are fixed. What is the speed
In the arrangement shown in figure, the ends P and Q of an inextensibl
HC Verma CHapter 3 Objective 1 Question 13
In the arrangement shown in figure (3-Q3), the ends P and Q of an inextensible string move downwards with uniform speed u. - Sarthaks eConnect
Physics Problem Solving (Q-56), IIT-JEE physics classes
