He<span> light </span>will<span> reflect off </span>the mirror<span> in a more orderly way than it reflects off </span>your<span> clothes. </span>We<span> call that specular </span>reflection<span>—it's </span>the<span> opposite to diffuse </span>reflection<span>. How </span>does the mirror <span>reflect light? </span>The<span> silver atoms behind </span>the<span> glass absorb </span>the <span>photons </span>of<span> incoming light energy and become excited.</span>
Answer:
Satellites can gather weather data from much higher altitudes than land-based instruments can.
Answer:
Kepler's third law
Explanation:
As per Kepler's third law all planets revolve around the Sun in such a way that their square of time period of revolution around the Sun is proportional to the cube of the mean radius.
It is given as
here
c = proportionality constant
R = mean radius
T = time period around the sun
So here all celestial body and all planets revolve as per the Kepler's third law which is also known as law of harmonies
The net force is determined is basically who is pushing harder in a specific direction.Like since there bith pushing in the same direction the net force is in the direction that they are pushing.