In fig, the acceleration of A is `vec(a)_(A)=15hat(i)+15hat(j)`. Then the acceleration of B is (...

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In fig, the acceleration of A is `vec(a)_(A)=15hat(i)+15hat(j)`. Then the acceleration of B is In fig, the acceleration of A is `vec(a)_(A)=15hat(i)+15hat(j)`. Then the acceleration of B is
In the figure shown the acceleration of A is, `vec(a)_(A) = 15 hat (i) + 15 hat (j)` In the figure shown the acceleration of A is, `vec(a)_(A) = 15 hat (i) + 15 hat (j)`
In the given figure, the acceleration of A is a⃗_A=15 î+15 ĵ. Then the acceleration of B is ( A r... In the given figure, the acceleration of A is a⃗_A=15 î+15 ĵ. Then the acceleration of B is ( A r...
In the figure shown the acceleration of A is, a→A=15i+15j then the acceleration of B is In the figure shown the acceleration of A is, a→A=15i+15j then the acceleration of B is
In the figure shown the acceleration of A is 15i^+15j^ then the acceleration of B is : (A r.... In the figure shown the acceleration of A is 15i^+15j^ then the acceleration of B is : (A r....
In the figure shown the acceleration of A is, `vec(a)_(A) = 15 hat (i) + 15 hat (j)` then the In the figure shown the acceleration of A is, `vec(a)_(A) = 15 hat (i) + 15 hat (j)` then the
In the figure shown the acceleration of A is, bara_(A)=(15hati+15hatj)m//s^(2). If A is sliding ... In the figure shown the acceleration of A is, bara_(A)=(15hati+15hatj)m//s^(2). If A is sliding ...
In the situation as shown in the figure if acceleration of B is a, then find the acceleration of... In the situation as shown in the figure if acceleration of B is a, then find the acceleration of...