Answer: amount of precipitation reaching the ground
Explanation:
A Doppler radar uses the Doppler effect when measuring return echoes after having sent a signal (in this specific case microwaves).
In the case of weather radars, a microwave signal is sent to a target and then reflected, so that the radar system measures this difference between the sent signal and the reflected signal.
So, a Doppler radar is is useful to determine the intensity of the precipitation and its location, <u>by calculating its motion, and estimating its type</u> (for example: rain or snow, among others). In addition, this type of radar is able to <u>determine the height and the structure of storms by detecting the motion of rain droplets</u>.
However, <u>weather radars are not capable to determine the amount of precipitation reaching the ground.</u>
We can draw the conclusions that the rock is sedimentary rock due to it's feature that is formed by different rocks, and from the round pebbles we can deduce that the rock is a conglomerate
Answer:
i believe it is b but the answer can also be d , its hard to tell because its a picture of a screen..
It's the point where we are passing it while we're orbiting the sun and it looks like it's moving backwards
