Generate Quiz 68BEEDDD753EF

A person jumping forward outside of a boat exerts an equal and opposite backward force on the boat, according to Newton’s third law of motion. The boat moves backward as a result.

The representation of Eddy Current Loss is

(Ie)2 x Rcore = We

Where,

Eddy Current Loss = We

Eddy Current = Ie

Re = Core Resistance

According to the equation, it will not change based on the frequency or applied voltage.

An isolated system in which no heat transfer occurs is called an adiabatic system.

ΔU=q-ΔW

In this case, q=0 and the equation becomes ΔU=-ΔW since there is no heat exchange.

Therefore, ΔU=-ve is the appropriate choice.

The capacitance rises and the plate separation decreases when the key is pressed. Capacitance is independent of the external circuit and solely depends on the capacitor’s construction.

The formula for the first law of thermodynamics is ∆Q=∆U+∆W.
Where,

∆Q is the system’s heat supply.
∆U is the system’s internal energy change.
The system’s work is represented by ∆W.
The equation above can be rearranged as follows to yield the equation for change in internal energy:
∆U = ∆Q – ∆W
According to this equation, the system’s change in internal energy (∆U) is equal to the heat it receives (∆Q) less the work it does (∆W).

Both AC (alternating current) and DC (direct current) power sources can be used with an electric filament bulb. Consequently, the right response is: Each of these choices is accurate.