This is an original exam question by Prof Kay Han. It is forbidden to photograph, upload, download, copy, or share this problem with anyone, or to post it to any website.   Jack and John pull on a box with a mass M = 54 kg, causing the box move to the right with a constant speed. Acceleration: a [a] 0 Net force Fnet [f] 0 F2 [comp] F1

Population values are called parameters.

This is an original exam question by Prof Kay Han. It is forbidden to photograph, upload, download, copy, or share this problem with anyone, or to post it to any website.   Uncle Jack uses the following device to carry some veggies to sell in town.  If mA is [x] time heavier than mB. If the mB is dB meter away from his shoulder, and dB is 1 meter.   How far away should dA  be, so that the load would be balanced? (Fill in a numerical value.)  

Which of the following is the correct main() method header?

A marketing survey of [n] customers asks about their preferred shopping day: Monday, Wednesday , Friday and Saturday. The survey results showed the following breakdown: Monday 15%, Wednesday 15%, Friday 30%, and Saturday 40%.   If the company expects an equal distribution of shopping preferences across these four days, what is the expected number for Friday?

This is an original exam question by Prof Kay Han. It is forbidden to photograph, upload, download, copy, or share this problem with anyone, or to post it to any website.   If you push a 20.0-kg mass with the same force that you push a 5-kg mass from rest,

After you have written your objectives, what is the next part of the outline you should write?

Patti presents a wonderful speech to the class. Her speech is easy to follow and understand. She uses phrases like, “to begin with,” “for example,” and “let’s move on to something even more exciting..” She is using:

Your main point sentences serve the function of developing and proving your thesis.

This is an original exam question by Prof Kay Han. It is forbidden to photograph, upload, download, copy, or share this problem with anyone, or to post it to any website.   Suppose you have a [x] kg airplane whizzing around in a circle. Here is the top view of that plane.  If the plane is travelling at [y] m/s and the radius of the circle is [z] m.  What is the centripetal force in newtons on the plane?