Figure 2 shows a block (m, = 5kg) moving at11" towards a second block (m, = 8kg) atrest at the foot of a circular loop (of radius.75m). The two blocks collide elastically,after which point block 2 starts moving upthe loop. There's no friction in this problem!(a). How fast is block 2 moving the momentafter the collision (but before it begins tomove up the loop)?(b) Find the normal force on the block whenit is at the top of the loop. 11m/sFigure 2M₂THEfest75m

Given: mass of block 1 , m1 = 5 kginitial velocity of block 1, u1 = 11 m/smass of second block, m2 =…

Answered: Figure 2 shows a block (m, = 5kg)…

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Figure 2 shows a block (m, = 5kg) moving at 11" towards a second block (m, = 8kg) at rest at the foot of a circular loop (of radius .75m). The two blocks collide elastically, after which point block 2 starts moving up the loop. There's no friction in this problem!