Draw a two-body diagram and show the forces acting.

It's quite difficult to read the questions due to the blurriness of the image. I will do my best to interpret them.

Here are the answers based on my interpretation:

Classwork Question:
"Draw a free body diagram and show all the forces acting upon it."

• Assumption: Since no specific object is mentioned, I will draw a free body diagram for a block resting on a horizontal surface.

• Diagram:

        ^ Normal Force (N)
        |
  +-----+-----+
  |           |
  |   Block   |
  |           |
  +-----+-----+
        |
        v Weight (W)
  

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  • Normal Force (N): The upward force exerted by the surface on the block, perpendicular to the surface.
  • Weight (W): The downward force due to gravity acting on the block.

Homework Questions:

a) "Draw a diagram showing..." (The rest is unreadable, but given the context of forces and fields, and the mention of "magnetic field" later, I will assume it asks for a diagram of a magnetic field.)

• Assumption: I will draw a diagram of the magnetic field lines around a bar magnet.

• Diagram:

      N -------------------- S
      |                      |
      |                      |
      |                      |
      |                      |
      |                      |
      ------------------------
  

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  (Imagine curved lines originating from N, going outwards and looping back to enter S, and continuing through the magnet from S to N. Arrows on the lines point from N to S outside the magnet.)

b) "Give two other include magnetic field" (This is very unclear. I will interpret this as "Give two other types of field forces, including magnetic force.")

• Two other types of field forces, including magnetic force, are:
  1. Electric force: The force between stationary electric charges.
  2. Magnetic force: The force between moving electric charges or magnetic poles.