Vp = 155 V
R = 53 ω
(a) RMS emf output
Vrms = 0.7071Vp = 0.7071*155 = 109.6 V
(b) RMS current
From ohm's law,
Vrms = IrmsR => Irms = Vrms/R = 109.6/53 = 2.07 Amps
I’m assuming that’s m^3? If so then simply divide 160,000 by 20 and you get the answer.
8,000 kg/m^3
Wear a seat belt of course.
0.25 m/s squared
hope this helps x
Answer:0.210 ft/min
Explanation:
Given
Length of trough
width of base
height of triangle
From Similar triangles property
volume of water in time t
differentiating
at