What things can increase the rate of evaporation

Answers

Answer 1

Answer: Heat, gravitational pull, amount of gas and what type of gas in the air.

Answer 2

Answer: 1:Temperature 2:Surface area 3:reduces density of surrounding water vapour in the air Hope this Helps!! :)

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Which of these statements best describes an effect of changes in Earth's magnetic field? A) Southern lights are seen at high altitude places like Alaska. B) Northern lights are seen at low latitude places like Michigan. C) The solar wind moves away from Earth towards other planets. D) The magnetic north and south poles of Earth are interchanged.

how should the charge q be divided into two parts such that they experience maximum electrostatic repulsion

Answers

Answer:

To divide the charge q into two parts such that they experience maximum electrostatic repulsion, the charges should be equal in magnitude and opposite in sign. In other words, the charge q should be divided into two equal charges of -q/2 and +q/2. This arrangement will result in the maximum electrostatic repulsion between the charges, as like charges repel each other.

Explanation:

Two objects collide and bounce apart. Assuming no outside forces act on the system, which best describes the total momentum after the collision?It is always greater than it was before the collision.
It is often greater than it was before the collision.
It is always the same as it was before the collision.
It is often the same as it was before the collision.

Answers

Answer:

It is always the same as it was before the collision.

Answer:

The answer is C on Edge

Explanation:

As light from a star spreads out and weakens, do gaps form between the photons?

Answers

there are no gaps in space. the light from the star weekend as it travels, but it just reduces the strength and doesn’t produce gaps.

a 15kg child is riding a merry go round at 3rpm. what centripetal force must she exert if she is 8m from the center

Answers

This is another application of Newton's second law of motion

   Force = (mass) x (acceleration).

The quantities are a little more complicated in circular motion than
they are in plain old straight-line motion. In circular motion, the 'force'
is the centripetal force on the object, always pointing toward the center
of the circle. And the 'acceleration' is the centripetal acceleration, also
pointing toward the center of the circle, and equal to

      (speed)² / (radius).

The only thing we really need to find is the centripetal acceleration, and
then we'll have everything needed to plug into the formula and calculate
the centripetal force.

   Acceleration =    (speed)² / (radius).

   Speed = (distance) / (time) =

   (3 circumferences) / (minute) =

   (3 x 2pi x radius) / minute =

(6 pi x 8 meters) / (60 sec) = 0.8 pi m/s .

   Acceleration = (speed)² / (radius) =

   0.64 pi² m²/s² / (8 meters) = 0.08 pi² m/s² =

   0.79 m/s² (rounded) .

   Force = (mass) x (acceleration) =

   (15 kg) x (0.79 m/s²) = 11.84 newtons
      (about 2.66 pounds) .

I would not say that she "exerts this centripetal force". The fact of
the matter is much simpler: This is the force that something must
exert on her, pointing toward the center, in order to keep her revolving
around the center at that speed. It could be the friction between her
shoes and the platform, if she's standing on the merry-go-round.
It could be a rope tied between her ankle and something at the center
of the rotating platform. It could be the safety belt on the horse that
she's riding. Whatever it is, something has to constantly pull her toward
the center of the platform, with a force of 11.84 newtons, otherwise her
15kg body will not travel in that circular path.

When two objects collide the momentum of the system of the system stays constant . This is a statement of ____?Impulse
A change in momentum
Newton's Third Law
The conservation of Momentum

Answers

This is a statement of "The conservation of Momentum" So, Answer would be Option D

Hope this helps!

When two objects collide the momentum of the system of the system stays constant . This is a statement of ____

The conservation of Momentum

Do electromagnetic waves travel through a medium

Answers

No, they actually travel through the vacuum of outer space, but it also requires the absence of a material sedium.

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