Answer:
x = 50 N
Explanation:
Given that we have a net force, a mass, and acceleration, we can use the fundamental formula for force found in newton's second law which is F = m × a.
Given a mass of 150 kg, and an acceleration 3.0m/s². We can substitute these two values in our formula to calculate the magnitude of these forces or it's net force to identify the unknown force acting on our known force for this situation to work.
_______
F (Net force) = F2 (Second force which we are given) - F1 (First force) = m × a
m (mass which we are given) = 150 kg
a (acceleration which we are given) = 3.0m/s
________
So F = m × a → F2 - F1 = m × a →
500 - F1 = 150 × 3.0 → 500 - F1 = 450 →
-F1 = -50 → F1 = 50
I think the correct answer from the choices listed above is option B. The type of wave that results from a moderately sloping coastal region would be a spilling breaker. It is a common wave associated with a moderate beach gradient. Hope this answers the question.
Newton's first law states that - An object in motion will stay in motion unless compelled to change it's state by the action of an external force.
Thus, your answer is D.
Explanation:
A diodes are semiconductors offering a low resistance in one direction which allows current to flow through and opposes the movement of current in the other direction.
Diodes allow for only a unidirectional flow and conduction of electric current.
Unlike insulators, they can conduct electric current but in one direction.
Unlike conductors, they cannot conduct in both directions.
- Most diodes are usually made of silicon and they find a wide range of application in modern electronics.
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Metalloids brainly.com/question/3023499
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