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Big
It can be as small as Rice, or as big as a Softball.
The Big Bang is not an example of free energy. Free energy typically refers to the energy available to do work, whereas the Big Bang was the initial explosion that marked the beginning of the universe and is not related to the concept of free energy.
A big one
none
from small to big
an elephant is big and a frog is small
In higher tropic levels, energy is lost because of the higher area of living. Metabolic activity is something else that plays a big part in the loss of energy at the tropic level.
a sea producer is a plant that lives under the sea a on land producer starts of a food web of creatures as it is eaten and it eats no animal so a sea producer would start an under sea food web
Big muscles first. Because if you do small ones first, by the time you start with the big ones you wont have enough energy. When you work your big muscles first, you use your small ones as well.
because its velocity is so big
This are mediatures that draw their energy from the evil source. They could be harmful as the big ones themselve.
A quantum leap is the smallest possible change that an electron can make in an atom. It involves a discrete jump in energy levels when an electron transitions from one orbit to another. The size of a quantum leap is determined by the difference in energy levels between the initial and final states of the electron.
1 is big and 1 is small 1 is big and 1 is small
The concept of the Big Bang is theoretical and without definitive origin. Consequently the concept of a Big Banger to initiate the Big Bang is less than theoretical.Theoretically, an unnamed instability is explained as the likely cause ofthe Big Bang. A small quantum fluctuation could have created all the matter and energy we see today and inflation accelerated that energy outward.
A big is big and a small is a small.