What exactly are the mobile charges in conductive liquids that support the flow of electrical current? What kind of substances tend to be electrolytes?
What exactly are the mobile charges in conductive liquids that support the flow of electrical current?...
ctromagnetic Induction HOOSE 2 QUESTIONS: a) A flow meter can be used to measure the speed of blood in situations when a blood essel is sufficiently exposed.Blood is conductive enough that it can be treated as a moving conductor. When it flows perpendicularly with respect to a magnetic field, electrodes can be used to measure a small voltage across the vessel. Suppose the speed of the blood is 0.30 m/s and the diameter of the vessel is 5.6mm. In a...
When a resistor has an AC current flowing through it, what happens to the flow of power during an AC cycle? The resistor uses electrical power at a steady rate during the entire cycle. The resistor supplies electrical power in pulses. The resistor uses electrical power during part of the cycle, but supplies electrical power when the current reverses direction The resistor supplies electrical power at a steady rate during the entire cycle. The resistor uses electrical power in pulses.
2. Thave 2 equally strong positive charges that I've bolted to the ground. Where can I put a 3rd (mobile) test charge, such that it doesn't feel an overall force from them? What changes if one of those original charges is negative? 3. I have 2 conducting plates, both weighing mass M, with charges q1 and 92 (that I control) on each respectively. I bolt one plate to the ground so it can't move, and I want to levitate the...
Electrical circuits
Determine:
A) Magnetomotive force
B) Reluctance
C) Current
D) What is the air gap flux density, with 3.8% E.M (Marginal
Effect electric machines). ?
Data:
- Magnetic core Permeability μr=4800
- Flow 0.045 WB
E) Draw the equivalent magnetic circuit
Solve step by step
10 cm. 20 cm Cn 15 cm 500 Turns of Wire 15 Cm 400 Turns of Wire 15 cm 0.05 cm Thickness: 3.5cm
13 2: What is the equivalent resistance? Think about the flow of current. Resistances are in series only when they have exactly the same current. Resistances are in parallel when their 'legs' are connected on one side and on the other side. Do this in a couple of steps. Rseries = R1 + R2 + R +... het is + Rparallel V=IR 3: 110.80 52.17 230 Next Page Page 12 of 18 Question 12 (1 point) If the wavelength of...