V = volts
<span>I = amps </span>
<span>P = rate or energy transfer (power) </span>
<span>and </span>
<span>P = V * I</span>
Answer:
part a: 4.25s
part b: 180.625m
Explanation:
part a:
what we know: vi=42.5m/s
t=?
vf=0
g= -10m/s^2
----------------------------------------------------------
equation: vf-vi/g=t
plug in: -42.5m/s/ - 10m/s^2 = 4.25s
-----------------------------------------------------------
part b: 42.5m/s x(times) 4.25s = 180.625m
M/s2 is the SI of an acceleration.
a couple of things that are necessary to measure this :
- use the timing resources to measure the duty cycle
- performing a computationally intensive division operation
Answer:
a) 
b) 
c) 
Explanation:
From the question we are told that
Magnetic field strength 
Distance traveled 
Mass 
Resistance 
Gravitational acceleration 
Because of perpendicularity
a)
Generally the direction of the current will be given as

Because it opposes increases of magnetic flux
b)
Generally the equation for induced EMF
is mathematically given as


Generally the equation for induced current
is mathematically given as


c)
Generally the the equation for force F at terminal speed is mathematically given as






