The particles in a wave are moving up and down in comparison to the ground. Which best describes the wave producing this motion?

Answers

Answer 1

Answer: Look at the options.

If there is a "a transverse moving west" in one of the options, that's the answer

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How much work is done on a a 60 n box of books that you carry horizontally across a 6 m room?

Answers

W = F x s cos thita.
= 60 x 6 x cos thita
since it is horizontal, thus the angle will be 90 degrees.
Thus, W = FS 90 degree.
Since the angle is 90 degree, cos thita will become zero.

thus, W = 60 x 6 x 0
=0
Thus, work done will be zero.

the work done on a a 60 n box of books that you carry horizontally across a 6 m room is 0

Holden is trying to determine the velocity of his race car. He went 20 meters east, turned around, and went 40 meters west. He turned the car one more time and went 35 meters east. His car was 15 meters from the starting line. This took 5 seconds.What is the car’s velocity?
A. 3 m/s west

B.3 m/s east

C. 19 m/s west

D. 19 m/s east

Answers

Although the car's average speed is 19 m/s ,
its velocity is 3 m/s east.

Velocity is (displacement) / (time)

and Displacement is the distance between the start point and
end point, no matter what route was traveled between them.

In this case, the displacement is 15 meters east.
So the velocity is

(15 meters east) / (5 sec) = 3 meters/sec east .

Answer:

i dont know what he said but i think C

Explanation:

How do you work out the Equivalent Fractiontion to 3/7

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×top and bottom by 2
(you don't have to but it is easier)

6/14=3/7

Convert 93 nanometer to meters.

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Answer:

9.3e-8 Meters

In the diagram, the liquid is vaporizing at which point? Question 5 options: A
B
C
D
E

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Answer : The correct option is, (D)

Explanation :

Vaporization process : It is type of process which occurs when phase changes from liquid phase to gaseous phase at constant temperature. And liquid converted to gas phase at temperature $100^oC$ .

Melting process : It is type of process which occurs when phase changes from solid phase to liquid phase at constant temperature. And solid converted to liquid phase at temperature $0^oC$ .

In the given diagram,

'A' shows the solid phase, 'B' shows the melting process, 'C' shows the liquid phase, 'D' shows the vaporization process and 'E' shows the gas phase.

Hence, the liquid is vaporizing at 'D' point.

I really think it's C,D,& E because the boiling point had passed to make the water starts to boil

The mass of ball A is 10 kilograms and the mass of ball B is 5 kilograms. If the initial velocity is set to 3 meters per second for each ball, what is the final velocity of ball B if the final velocity of ball A is 2 meters per second? Use the elastic collision equation to find the final velocity of ball B. Assume ball A initially moves from right to left and ball B moves in the opposite direction. Identify each mass, velocity, and unknown. Show your work, including units, and indicate the direction of ball B in your answer.

Answers

the awnswer is A i think

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