Electric potential difference ( ΔV ) is the difference in electric potential between the final and the initial location. It is also called voltage.
The power law equation is:
P = I * V ( P - power, I - current and V - voltage )
Therefore: V = P / I
V = 5 W / 5 A
V = 1 V.
Answer: The potential difference across a resistor is 1 V.
Answer: Masses of the two objects added together
Explanation:
Answer:
It is the ...Algae, misquote lave, minnows, trout then herons
Explanation:
Have a good day sorry if I'm wrong but in at least 90% sure this is right
A = horizontal displacement of the humming bird = 1.2 m
B = vertical displacement of the humming bird = 1.4 m
C = net displacement of the humming bird from initial to final position = ?
In the triangle drawn , Using Pythagorean theorem
C = √(A² + B²)
inserting the values
C = √(1.2² + 1.4²)
C = √(1.44 + 1.96)
C = √(3.4)
C = 1.4 m
Hence the net displacement of hummingbird comes out to be 1.4 m
It will be 80 miles and it can be done only in 16 min