What is the mass of a person weighing 600 N?

Answers

Answer 1
Answer:
Weight = (person's mass) x (acceleration of gravity in the place where he is)

You can see that it all depends on where he was weighed, because
the same mass has different weights in different places.

If he was weighed on Earth, where gravity = 9.8 m/s², then

     600 N = (mass) x (9.8 m/s²)

     Mass  =  600 N / 9.8m/s²  =  61.22... kg (rounded)

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When light passes through an object unchanged scientists call that process

Answers

The process is "transmission" of light. The object is "transparent".
When light passes directly through an object unchanged, that object is called transparent.
Hope that helped =)

What is the closest distance you should live from the airport runway to preserve your peace of mind?

Answers

At least one in a half to a mile a way

You have two pieces of wire that allows electrons to pass through them when they are connected to each other. If you insert a piece of rubber between the wires, the electrons do not flow. The rubber material is ??

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An insulator of electricity

Using echos to find an object

Answers

Using echoes to find and object is called echo location.
The answer is Echolocation

A wave with a period of 0.008 second has a frequency of

Answers


The frequency of a wave is the reciprocal of its period.

A period of 0.008 sec means a frequency of

         1 / 0.008 sec  =  125 per sec .  (125 Hz)

A wave with a period of 0.008 second has a frequency of

1 /.008 = 125 Hz

In a compressional wave the denser the medium is at the compressions the smaller is amplitude?

Answers

Wellll, let me think about that ...

I don't think I'd agree that you can characterize the amplitude of
a wave according to the density at only one point in it.  After all ...
a tiny wave in steel would be much denser at a compression than
a huge wave in air would be.

The amplitude of any wave is described as the difference between
a peak and the resting value.  Or even better ... half of the difference
between a maximum and a minimum.

So if you're looking at a longitudinal wave, like sound, I'd say if you
want to describe its amplitude, then you have to look at the density
at two points ... either the difference between the compression and
the resting densities, or the difference between the greatest compression
and the greatest rarefaction. 

That's my opinion.  I could be wrong.