Answer:
Some deflagration explosives have shock waves faster than the speed of sound.
Explanation:
A example of a deflagration explosives.
The kind of wave it is Longitudinal
Answer:
10.7L of gasoline overflows
Explanation:
See attached file
Answer:
v = 13.79 m/s
Explanation:
given,
mass of ball = 110 g
height = 11 m
ball is released from = 1.3 m
minimum speed = ?
using conservation of energy
Potential energy is conserved in the form of kinetic energy
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
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


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v = 13.79 m/s
Answer:
The answer is D. Balanced forces
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