How do you explain thein laymen words (i.e. in the unit N.s)?

In summary: Thanks! That would help me. Any other way to explain, anyone?How about units for area?The area of a rectangle is length.width ( remember "." is multiplication here)Length could be measured in meters, width could be measured in meters also. So the units of area become m.m, or m2 (what we call "square meters").Thanks! That would help me. Any other way to explain, anyone?How about units for area?
  • #1
k273
3
0
Greetings.

I really want to know how to explain the . (i.e. in the unit N.m) to a person not expert to physics?

As for the / (for example in the unit m/s) I can explain to one, that it is the rate or the value of the speed/velocity for every single unit of time, in this case second.

Hope this question can be understood.
Thanks a lot!
 
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  • #2
Welcome to PF.

The / is the division sign, the . is the multiplication sign. There really isn't anything to explain beyond that. You can't generalize a / as a rate becaue that's not all it is used for. Consider: lb/in^2.
 
  • #3
russ_watters said:
Welcome to PF.

The / is the division sign, the . is the multiplication sign. There really isn't anything to explain beyond that. You can't generalize a / as a rate becaue that's not all it is used for. Consider: lb/in^2.

Thanks, well, all this time surfing, just the last month I found this forum for things related to physics.

So by that you mean nothing could be said to explain what the multiplication sign in Force.space or its unit (i.e. Newton.meter) is all about? Thanks.
 
  • #4
k273 said:
So by that you mean nothing could be said to explain what the multiplication sign in Force.space or its unit (i.e. Newton.meter) is all about? Thanks.

Why not explain Nm as the unit for F.d which is work or energy used up?

That should make sense that if you don't use force, you don't use energy, and that the greater the distance you push something the greater the work done. (If they ask more, there's the troublesome details that it must be in the direction of the distance, and also that you can use up a lot of energy pushing things no where and you get no work done - but I'm sure anyone who's a boss will understand that;)
 
  • #5
atyy said:
Why not explain Nm as the unit for F.d which is work or energy used up?

That should make sense that if you don't use force, you don't use energy, and that the greater the distance you push something the greater the work done. (If they ask more, there's the troublesome details that it must be in the direction of the distance, and also that you can use up a lot of energy pushing things no where and you get no work done - but I'm sure anyone who's a boss will understand that;)

Thanks! That would help me. Any other way to explain, anyone?
 
  • #6
How about units for area?

The area of a rectangle is length.width ( remember "." is multiplication here)

Length could be measured in meters, width could be measured in meters also. So the units of area become m.m, or m2 (what we call "square meters").
 

FAQ: How do you explain thein laymen words (i.e. in the unit N.s)?

What is the concept of force?

Force is a physical quantity that describes the push or pull on an object. It is measured in units of Newtons (N) and is represented by the symbol F.

How is force calculated?

Force is calculated by multiplying an object's mass (in kilograms) by its acceleration (in meters per second squared). This is represented by the equation F = m x a.

Can you give an example of force in action?

An example of force in action is when you push a shopping cart. Your hands apply a force to the cart, causing it to move forward.

What is the difference between mass and force?

Mass is a measure of the amount of matter in an object, while force is a measure of the push or pull on an object. Mass is measured in kilograms, while force is measured in Newtons.

How does force affect an object's motion?

Force can cause an object to start moving, speed up, slow down, or change direction. The greater the force applied, the greater the effect on the object's motion.

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