The rectangular object B is travelling in a horizontal path as demonstrated in Fig. 2, as...

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The rectangular object B is travelling in a horizontal path as demonstrated in Fig. 2, as it collides with a hindrance due to elevation at point C. If the effects of friction are negligible, assume a length and width value for the rectangular object B and please: В B C Figure 2 a) Draw the impulse and momentum diagrams for B, just before, during and just after the impact, demonstrating how the angle B is formed when the object B collides with the hindrance at C b) Establish the velocity the object B needs to have, to reach the highest angle of B = 40°, where it is momentarily at rest c) The engineering specification requires the object to attain a maximum tilt of B = 20°. Discuss how this could be achieved and/or the overall tilt of the object reduced post collision, demonstrating your reasons numerically The rectangular object B is travelling in a horizontal path as demonstrated in Fig. 2, as it collides with a hindrance due to elevation at point C. If the effects of friction are negligible, assume a length and width value for the rectangular object B and please: В B C Figure 2 a) Draw the impulse and momentum diagrams for B, just before, during and just after the impact, demonstrating how the angle B is formed when the object B collides with the hindrance at C b) Establish the velocity the object B needs to have, to reach the highest angle of B = 40°, where it is momentarily at rest c) The engineering specification requires the object to attain a maximum tilt of B = 20°. Discuss how this could be achieved and/or the overall tilt of the object reduced post collision, demonstrating your reasons numerically