Answer:
2
Explanation:
We would use the formula for velocity!
V= displacement/time
Displacement would be how far the person walked
Time would be the time on the side
The mass lost in the reaction is 0.227 ×
Kg
The energy that is released during a nuclear reaction can be related to the mass lost using the Einstein equation.
E = m
by Einstein demonstrates that matter and energy are only two different manifestations of the same thing. It also demonstrates how much energy (E) can fit into a relatively small mass (m) of matter. Nuclear processes convert matter into energy, yet the combined amount of mass and energy remains constant.
Given that;
E = Δ
Δm = 
Δm = 2. 05 × 10^11 J/( 3 × 10^8)^2
Δm = 0.227 ×
Kg
Learn more about Einstein's equation:
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The cross section is the little tiny circle you see when you cut a wire
and look at the flat, cut end.
The cross-sectional area of the wire is the area of that little circle.
It's equal to
Area = (pi) x (1/4) x (Diameter of the wire)²
Answer:
the answer is c
Explanation:
it's c because the moon has to be a full moon to be a solar eclipse when the sun moon and earth line up