Question

I need help with this fill-in-the-blank paragraph for my physics assignment. I'm really stuck.
I'll post the paragraph followed by the word bank:

Every time you take a break of air or a drink of water, you are using ___________. A fluid is a substance that can easily ___________. ___________ in fluids are constantly moving. As paricles collide witha surface, they exert a force on the surface referred to as _______. The pressure created by the atmosphere above and around us is called _________. Pressure varies as water depth increases. As depth increases water pressure ______. __________ st

Answer 1

states that when a force is applied to a confined liquid, an increase in pressure is transmitted _______ t all parts of the fluid. This principle is used in _______. which use liquids to transmit pressure from one point to another.

Answer 2

Words bank: Hydraulic systems, air pressure, equally, flow, Pascals Principles, Particles, increases, fluid pressure, and fluids

Answer 3

Every time you take a breaTH of air or a drink of water, you are using FLUID PRESSURE.

A fluid is a substance that can easily FLOW.

Answer 4

What do you think the answers to the next two are:

___________ in fluids are constantly moving. As paricles collide witha surface, they exert a force on the surface referred to as _______.

Answer 5

Particles and air pressure?

Answer 6

Particles, yes.

Air pressure, no, since if the fluid is a liquid, it can't be air. So FLUID PRESSURE.


Next two:
The pressure created by the atmosphere above and around us is called _________. Pressure varies as water depth increases. As depth increases water pressure ______

Answer 7

Air pressure and increases, perhaps?

Answer 8

Yes. Last one's:
______ states that when a force is applied to a confined liquid, an increase in pressure is transmitted _______ to all parts of the fluid. This principle is used in _______. which use liquids to transmit pressure from one point to another.

Answer 9

Pascal's principle. Equally. Fluids.

Answer 10

Yes, yes, no. What's the last one?

Answer 11

Hydraulic systems?

Answer 12

Yes.

Answer 13

Thank-you so much!

Answer 14

Sure. You might enjoy this lecture:
http://ocw.mit.edu/courses/physics/8-01-physics-i-classical-mechanics-fall-1999/video-lectures/lecture-28/