Answer:
a ) I= 1.635-i0.0021 b) ∅= -0.074
Explanation:
a) reactive impeadance= 2πfL
=2(3.14)(147)(0.158)
=145.86 Ω
Z= 171+j145.86
I=V/Z
I=278/(171+j145.86)
I= 1.635-i0.0021
b) ∅=inv.tan (-0.0021/1.635)
∅=-0.074
We know, dₓ α n² d₁
For n = 15 (15th Orbit)
It would be: d₁₅ = 15² * 1.06
d₁₅ = 238.5 A
In short, Your Answer would be: 238.5 A
Hope this helps!
Answer: = 25. 5 m
Explanation:
- 2-D vectors can be solved using the Pythagorean theorem:

- The hypotenuse, or longest side is not given and that is what must be solved for
- Direction can be omitted as the question only asks for magnitude
- Magnitude: is the distance or quantity in which an object moves during motion
Solve for C using Pythagorean theorem:
1. 
2. 
3. 
- round to lowest number of significant digits when dividing and multiplying
- rounded to 3 significant digits
∴ Magnitude of the vector is 25.5 m
Answer:
The number of revolutions turned by the centrifuge is 8250 revolutions.
Explanation:
Given;
number of revolution per minutes, ω = 15000 rpm
time of motion, t = 330 s = 5.5 minutes
The number of revolutions turned by the centrifuge is given by;

Therefore, the number of revolutions turned by the centrifuge is 8250 revolutions.