Recent content by MaxMoon

Guess I did.

nf = 10 to the ninth uf = 10 to the sixth

1.6k and 1 nf

g The inductor does have some resistance value. Ideally, there is no resistance associated with the inductor, but in reality there is. You can find this value by getting out an ohm-meter.

If I have an internal resistance of the motor and the value of flux and the generator constant, can I simulate the system's performance by a circuit with two circuits in series, one being the internal resistance, and the other being the load, and the voltage source being the armature voltage?

College I know where I go to college, there is an option in all engineering programs to specialize in robotics.

An alternator attached to a water turbine generates 35 Watts given 50 feet of head and 10 gallons per minute. Assuming that the efficiency of the alternator is 50%, is it possible for me to find the angular velocity from this information? If so, how would I do it?

? Because you told me about this place at church today.

t Tom, are you still around. I looked at it like Work = mV^2 where V is the horizontal velocity. I don't know if I am right.

y Here is something to think about: In order for the system to remain static, what must the normal force be?

Yep mg*Sin(A) is perpendicular to wall.

Change your coordinates to where T is straight up the vertical. This will give you the right answers.

Trout or Carp You sound like you are from a town named after a fish.