A block of mass 0.92 kg sits on a table. A mysterious applied force pushes straight down on the block with a magnitude of 5.0 N. (a) Draw a square below to represent the block. On this square, draw and label all forces that act on the block in this situation. In other words, draw a force diagram for the block. [5 pts] (e) The scanario described above is one in which the magnitud the or two, the ma rce from (b) What is the magnitude of the force due to gravity acting on the block, in Newtons? [5 pts] ude han the force due to gravity. [5 pts] (c) What is the magnitude of the normal force of the ground acting on the block, in Newtons? [5 pts] (d) (Optional) Having solved parts b and c, you may wish to modify or redraw your FBD for greater accuracy (though it only needs to be approximately correct). If you want to redraw it, feel free to do so in the space for part a. [points count towards part a] A block has a mass M and is pushed by a loddler with a negnitude Fat angle as shown ove. The coefficient of static friction between the black and the carp a) Drow a force diagram (2 plaj (e) The scenario described above is one in which the magnitude of normal force from the ground is not equal to the magnitude of the downwards force due to gravity. In a sentence or two, describe one other scenario in which these magnitudes are not equal, and state whether the normal force in this case will have more or less magnitude than the force due to gravity. [5 pts] hal force acting and in the y? (2 pb) they?