Answer:
The answer would be D; All of the Above
Explanation:
Trust me brudda
<span>Answer:
Hooke's Law along with Newtons second Law of motion.
x"+(a/m)x'+(k/m)x=F(t)/m
x"+(256)x'+(96)x=0
F=-kx
F=-4
x=1/3
mg=4
m=4/32
m=1/8
-4=-k* (1/3)
k=12
x"+(256)x'+(96)x=0
y=C1e^(4*(1018)^(1/2)-128)*t+C2e^(-4*(...</span>
Answer:
Air resistance
Explanation:
Despite the law of conservation of energy stating that energy can neither be created nor destroyed but can only be transformed from one state to another, some energy is usually lost in the process of transformation and its majorly attributed to frictional loss. Friction opposes normal movement hence in air, air resistance tends to reduce the original energy compared to the initial. That is why the final energy in this case is slightly less than the original energy.
It depends on the steady-state frequency. At zero frequency an inductor behaves like an open circuit. As the frequency increases, the inductor acts more like an open circuit and a capacitator acts more like a short circuit
Answer:
8,809.024m
Explanation:
Displacement , y = (gt^2/2
)
g = 9.8 m/s^2
t = 42.4s
y = (9.8 (42.4*42.4)) / 2
y = 8,809.024m
