Electric load holds onto electricity
Power source shoots electricity out
Conductors allow electricity to pass through
<u>Answer :</u>
correct choice is option A
Motors convert electrical energy into mechanical energy. Generators convert mechanical energy into electrical energy.
Explanation :
Their difference is described as;
Premise MOTOR
- The Motor Converts Electrical imperatives into vitality .
- It uses control. (power)
- In partner degree motor this is to be given to the curl winding
- The Shaft of the motor is driven by the drawing in power made among loop and field.
- Engine seeks after Fleming's left guideline.
GENERATOR
- Generator changes over Mechanical essentialness to Electrical imperatives .
- It produces control (electricity)
- In the generator current is conveyed inside the curl winding.
- The Shaft is associated with the rotor and is driven by mechanical power.
- Generator seeks after Fleming's correct guideline. .
Answer:
Your age, because you never stop aging even when you're dead you still aging even though you're not alive.
Hope this helped
Answer: 5.34 MJ
Explanation: The window is a rectangle with area:
A = 1.1(1.5)
A = 1.65 m²
We know that only 0.9 kW/m² reaches Earth so:
P = 
P = 1.485 x 10³ W
Watts is an unit of Power and it can also be written as J/s.
An hour has 3600s or 3.6 x 10³s, so:
E = 1.485 x 10³ 
(3.6 x 10³s)
E = 5.346 x 10⁶ J
Mega is equal to 10⁶, then:
E = 5.35 MJ
A 1.1 m by 1.5 m window collects, during 1 hour of daylight, 5.35 MJ
Answer:
there are conversion scales used for doing that
to convert Celsius to Fahrenheit we use the formula,
T(°F) = T(°C) × 9/5 + 32
and to convert Fahrenheit to Celsius we use,
T(°F) = T(°C) × 5/9 + 32
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Explanation:
