The flow of electricity in a certain path is the circuit.
Your answer would be 5.0501 x 10 with the little 4 on top
Answer:
θ = 4.78º
with respect to the vertical or 4.78 to the east - north
Explanation:
This is a velocity compound exercise since it is a vector quantity.
The plane takes a direction, the air blows to the west and the result must be to the north, let's use the Pythagorean theorem to find the speed
v_fly² = v_nort² + v_air²
v_nort² = v_fly² + - v_air²
Let's use trigonometry to find the direction of the plane
sin θ = v_air / v_fly
θ = sin⁻¹ (v_air / v_fly)
let's calculate
θ = sin⁻¹ (10/120)
θ = 4.78º
with respect to the vertical or 4.78 to the north-east
Here is the answer of the given problem above.
Use this formula: <span>P = FV = ma*at = ma^2 t
</span><span>Substitute the values, and therefore, we got m(a0)^2t = m(x)^2 (2t)
then, solve for x which is the acceleration at 2t.
</span>The <span>answer would be a0/sqrt(2).
Hope this answers your question. Thanks for posting.
</span>
Explanation:
In terms of heat, we can say the dropped ball gained more heat as the potential energy changes to kinetic energy.
Thermal energy is a form of kinetic energy formed as a result of the movement of the particles of a medium.
As the ball falls through the height, it collides with the ground frictional heating between air and the ball, and that of the ball and the surface causes the change in temperature after the collision.
In terms of heat, the ball has transformed kinetic energy into frictional heating after collision causing an increase in temperature after collision.
Potential energy to kinetic energy to heat energy
learn more:
Thermal energy brainly.com/question/914750
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