Answer:
(a) The rms voltage across the resistor is given by V = (2.20 102 V) sin 2ft.
V = (2.20 102 V) sin 2ft
V = (2.20 102 V) (0.707)
V = 1.56 102 V
(b) The rms current flowing through the resistor is given by I = V/R.
I = V/R
I = (1.56 102 V)/(1.90 102 Ω)
I = 8.21 A
<em>Review procedures and confirm results to avoid possible errors.</em>
Explanation:
It is d because albert einstein was physics scienctist
The question wants you to figure out what is the mass of the water and the cup combined.
Current would increase <span>proportionally to voltage. </span><span> Power dissipation (heating) would increase with the square of the voltage. And resistance means, "</span><span>the refusal to accept or comply with something"</span>