Something that is not magnetic
I learned this one in Middle School too
<em /><u>B</u><u />aby <u>G</u><u />odzilla <u>E</u>ats <u>H</u>otdogs, <u>N</u><u />ot <u>C</u><u />occa <u>P</u><u />uffs
<u>B</u>elize <u>G</u><u />uatemala <u>E</u><u />l <u /><u />Salvador <u>H</u><u />onduras <u>N</u><u />icaragua <u>C</u><u />osta R<u />ica <u>P</u><u />anama
I hope I helped
ΩΩΩΩΩΩΩΩΩΩ
Answer:
The small pebble
Explanation:
Since the potential energy, P.E lost equals kinetic energy, K.E gained,
P.E = K.E
P.E = mgh = K.E
So, K.E = mgh where g = acceleration due to gravity and h = height of drop
Since h and g are constant
K.E ∝ m
So, the kinetic energy of the object is directly proportional to its mass. Thus, the object with the smaller mass has the lesser kinetic energy.
Since the object with the smaller mass is the small pebble, so the small pebble would have less kinetic energy as it crashes on the road at the bottom of the mountain.
Answer:
The formula to find the diameter states the relationship between the diameter and the radius. The diameter is made up of two segments that are each a radius. Therefore, the formula is: Diameter = 2 * the measurement of the radius. You can abbreviate this formula as d=2r.
Explanation:
