Answer:
the intensity will be 4 times that of the earth.
Explanation:
let us assume the following:
intensity of light on earth =J
distance of earth from sun = d
intensity of light on other planet = K
distance of other planet from sun =
(from the question, the planet is half as far from the sun as earth)
from the question the intensity is inversely proportional to the square of the distance, hence
- intensity on earth : J =

J
= 1 ... equation 1
- intensity on other planet : K =
(the planet is half as far from the sun as earth)
K
= 1 ....equation 2
- equating both equation 1 and 2 we have
J
= K
J
= K
J = 
K = 4J
intensity of light on other planet (K) = 4 times intensity of light on earth (J)
<span>The sprinter is advised to reduce his speed slowly after
completing the race because of the power that is needed when the stoppage is
down in a faster manner could be very great. This would translate to the great
usage in gasoline. Also, the inertia of the vehicle is quiet high so it is hard
to stop it very suddenly. </span>
Answer:
0.5232
Explanation:
the cardinal and the baseball has the same kinetic energy


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Ratio of momentum


Answer:
An object's weight depends on its mass (the amount of matter it consists of) and the strength of the gravitational pull.
Answer:
loud bangs
Explanation:
the pots for cooking fell