What are examples of devices that use electromagnetic waves

Answers

Answer 1
Answer: Radio waves, microwaves, visible light and X Rays.

Related Questions

The line of sight from a small boat to the light at the top of a 45-foot lighthouse built on a cliff 25 feet above the water makes a 20° angle with the water. To the nearest foot, how far is the boat from the cliff?
What is the metric unit of force? kg kg/cm^3 kg/cm^2 N
When an object falls through air, there is a drag with dimensions ml/t2 that depends on the ________. 1) size of the object 2) mass of the object 3) velocity of the object 4) density of the air
An object travels 100 meters in 10 seconds time. What would be its Velocity (Speed) ?A 1000 meters/second B 100 meters/secondC 1 meter/secondD 10 meters/secondOther ___________
Which of the following statements is true about the nature of light?A. Light behaves entirely as a particleB. Light has properties of both particles and wavesC. Light behaves entirely as a waveD. Light travels as a wave but does not carry energy ...?

Vector addition is used when motion involves

Answers

Answer:

direction and speed

Explanation:

because

Charles's law states that at a constant pressure, the volume of a given amount of gas is _____ to its absolute temperature.

Answers

Directly Proportional

In nuclear physics, what units are used to measure the radius of an atom? A. liters B. mililiters C. fermi D. grams?

Answers

It's quite easy to get the answer. Think about it:  liters and mililiters both are measure of volume - withdraw,  grams are used to measure mass.
The one remained is 
C. fermi( femtometer) which is obviously correct answer.

What are the two factors affect the weight of an object?

Answers

Answer:

mass and distance

Explanation:

hope this helped

a car travels 50 kilometers West and 10 minutes. after reaching the destination the car troubles back to the starting point, again taking 5 minutes. What is the average velocity of the car

Answers

SPEED is

               (distance covered) / (time to cover the distance) .

The car's average SPEED is

                            (100 km)  /  (15min)

                      =     6-2/3 km per minute.


VELOCITY is  

             (distance and direction between start-point and end-point)
divided by
             (time to travel from start-point to end-point).

The car ended up at the starting point, so the distance between
stating-point and end-point is zero.

      Velocity  =  (zero) / (time to travel from start-point to end-point)

                    = Zero .

Draw a circuit of a kettle​

Answers

Answer:

That is a standard circuit diagram of a kettle