What is the ohms law

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Answer 1

Answer: The Ohm's law is I(the strength of the current flowing in a conductor)= V(the potential difference applied to the ends) divided by R(resistance)

Related Questions

Which of these statements best describes a similarity between asteroids and comets? A) Both consist of gases B) Both are dwarf planets C) Both liquefy due to heat D) Both orbit around the sun
The planet Pluto has 1/500 the mass and 1/15 the radius of Earth. What is the value of g on the surface of Pluto?(A) 0.3 m/s2 (B) 1.6 m/s2 (C) 2.4 m/s2 (D) 4.5 m/s2 (E) 7.1 m/s2
What is an example of a sport related activity A .Weight lifting B.Soccer C.Jumping rope D.Running A Race
What happens along a stationary front?a. Cold air rises over warm air. b. The flow of air is neither toward the warm air mass nor toward the cold air mass. c. Air moves so rapidly upward that hurricanes form. d. Wind stops completely.
A car is traveling at a constant speed of 12 m/s when the driver accelerates the car reaches a speed of 26 m/s in 6 s what is the average acceleration of the car ?

PLEASE WILL GIVE BRAINLIEST

Answers

Answer:

B im pretty sure

Explanation:

Pretty sure it is B

Suppose you are in an elevator. As the elevator starts upward, its speed will increase. During this time when the elevator is moving upward with increasing speed, your weight will be:_______.a) greater than your normal weight at rest.b) equal to your normal weight at rest.c) less than your normal weight at rest.

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Answer: The answer is A.

Explanation:

Which of the following situations would cause the greatest decrease in the motion of molecules in a system

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At 0 Kelvin everything stops moving ( even electrons ), so you could try to decrease the system's temperature
0 Kelvin = -273 Celsius

This figure shows the angular displacement of a pendulum on a planet with five times the earth's gravity. How long is the pendulum's string?1.0 m

3.2 m

0.80 m

4.0 m

Answers

Answer:

$L = 1.24\ m$

Explanation:

It is known that the oscillation period of a pendulum can be described as

$T=2\pi \sqrt((L)/(g))\n$ ,

where T is the oscillation period, L is the length of the pendulum and, g is the gravity.

Solving For the length we get:

$L=g( (T)/(2\pi))^(2)$ .

We know that g equals 5 times earth's gravity,

$g=5*9.8=49\ m/s^(2)$ ,

and from the angular displacement graphics, it can be seen that the period is

$T= 1\ s$ .

Now, we can easily compute the length of the pendulum:

$L=g((T)/(2\pi))^(2)\n\nL=49((1)/(2\pi))^(2)\n\n\n\nL=1.24\ m\n$

Explanation:

The period (time per cycle) is 1.0 s. The gravity is 5g or 49 m/s². Therefore:

T = 2π √(L / g)

1.0 s = 2π √(L / 49 m/s²)

L = 1.2 m

Choose heated air or cooled air for the following atmospheric property term: risesheated air
cooled air

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I'm not really sure what you mean, but it could be heated air because 'rises' could mean temperature rising, and when temperature rises, the air heats up... i hope I'm correct and this helps you. correct me if I'm wrong.

I also think it's hot air, but I'm pretty sure it's because hot air rises. I'm not 100% sure so I'm sorry if it wrong :)

3. During a race, a sprinter increases from 5.0 m/s to 7.5 m/s over a period of 1.25s. What is the sprinter’s average acceleration during this period?Also please try and explain
Please and Thank you

Answers

(7.5)-(5)
----------- = 2 m/s^2
(1.25-0)

Average acceleration is calculated using the equation V(f)-V(i) / t(f)-t(i). (Final velocity minus initial velocity divided by final time minus initial time)

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What happens to the acceleration of the rocket if the net force is cut in half?

A device has power -2 D . The device is a.A convex lens of focal length 50 cmb.A concave lens of focal length 50 cmc.A convex lens of focal length 2 md.A concave lens of focal length 2 m

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