D. The flow of energy,heat, and work
Answer: operating large equipment, testing and fixing machinery, recording information, tracking supplies
Explanation:
Answer:
6.444 × T
Explanation:
Find the given attachments
-- The kinetic energy it has when it hits the ground is exactly
the potential energy it had just before you dropped it.
-- So if you want it to have twice as much kinetic energy at the bottom,
you want it to have twice as much potential energy at the top.
-- Potential energy = (mass)·(gravity)·(height).
The only one of those things that you can change is the height.
Looking at that equation, you can see that if you change the height,
the potential energy changes by the same factor.
So if you want the pebble to have twice as much potential energy,
you have to drop it from twice the original height. (2h)
Given:
Inductance, L = 150 mH
Capacitance, C = 5.00 mF
= 240 V
frequency, f = 50Hz
= 100 mA
Solution:
To calculate the parameters of the given circuit series RLC circuit:
angular frequency, =
a). Inductive reactance, is given by:
b). The capacitive reactance, is given by:
c). Impedance, Z =
d). Resistance, R is given by:
e). Phase angle between current and the generator voltage is given by: