two different types of rope with different properties are fused together to make one long rope. when a wave transfers from the first type of rope to the second type of rope, the wavelength becomes one-fourth of what it was before the transfer. what is true about the speed of the wave?(1 point) responses the speed of the wave becomes double its original speed after the transfer.

Answers

Answer 1
Answer:

When a wave transfers from one medium to another with different properties, the speed of the wave can change. In this case, we know that the wavelength changes when the wave transfers from the first type of rope to the second type of rope. If the wavelength becomes one-fourth of what it was before the transfer, this means that the second type of rope has a higher wave speed than the first type of rope.

The wave speed is defined as the product of the wavelength and the frequency of the wave. Since the frequency of the wave remains constant as it transfers from one medium to another, a decrease in wavelength means an increase in wave speed. This can be seen from the wave equation, c = λf, where c is the wave speed, λ is the wavelength, and f is the frequency.

Therefore, if the wavelength becomes one-fourth of what it was before the transfer, this means that the wave speed in the second type of rope is four times the wave speed in the first type of rope. In other words, the speed of the wave becomes quadruple its original speed after the transfer.

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How do we end up "seeing" a right-side up world?

Answers

I think you must be referring to the fact that our eyes invert the image, so that
the image on the retina is upside-down, and that worries you.

The answer is:  It's all easily handled by that glob of gray stuff inside our head.
The brain takes the inverted image, and responds to it as if it were right-side-up.

That sounds complicated and difficult, because we have no idea how terrific
our brain really is.  So let me tell you this story, and it'll blow your mind:

When psychologists realized that the brain was turning everything we see
right-side-up, they did an experiment.  They had some special glasses made,
that would turn everything upside-down before it went into the eyes, so that
the image on the retina would be right-side-up, and the person would see
everything upside-down.  Then they had some people try to go through their
normal activities with these glasses on.  Want to know what happened ?
The test subjects were pretty awkward at first, tripping over things and
bumping into walls.  But after a few days, their brain made the adjustment,
and they didn't notice anything strange any more. They could read books,
wash the dishes, play ball, and most of them were even able to ride bicycles
around their neighborhood in the normal way !  Then, when the experiment
was over, they took the glasses off, and they were awkward again for a few
days, and then their brains flipped everything over again and they got
re-adjusted to normal.

THAT's how clever our brain is !

An ultrasound wave vibrates 30,000 times per second. what is the frequency

Answers


"Hertz" is the unit of reciprocal time, "per second".

"30,000 per second" means "30,000 Hertz"

Explain how technology and science are related

Answers

When you're playing Angry Birds on your smart phone, you likely don't realize how important science is to what you're doing. As the birds catapult through the air, science is probably the last thing on your mind. Aside from the physics involved in sending feathered projectiles flying through the air, there's a far deeper connection between science and playing your favorite games. That's because all technology, from smart phones to medical scanners to cars, are intimately connected with science. Without science, they wouldn't exist.

Science is the study of the natural world by collecting data through a systematic process called the scientific method. And technology is where we apply science to create devices that can solve problems and do tasks. Technology is literally the application of science. So it really is impossible to separate the two. In this lesson, we're going to go into a little bit more detail about how science and technology are related, including some examples.

Answer:( Related to the weather)

dressing for the forecast. seeing a flag blow. preparing for a hurricane. (Related to Technology) turning on the lights. riding in a car or bus. downloading a song.

Explanation:

What is reflection? Reflection is light that has struck a surface and has __________. . gained energy.
been transmitted.
bounced off .
been absorbed

Answers

The correct answer should be bounced off since the light ray hit the surface and reflected towards a new location. It therefore bounced off.

Correct answer choice is :


C) Bounced off


Explanation:


Reflection is the difference in the path of a wavefront at an interface within two various media so that the wavefront returns into the tool from which it began. Current models involve the reflection of light, sound and water waves. Reflection is when light bounces off an object. If the cover is soft and shiny, like glass, water or bright metal, the light will reflect at the same point as it hit the cover.

What can cause damge days after a large earthquake?

Answers

After shocks can cause damge for days after a large earthquake

Answer:Damge buildings that fall down after a earthquake also After shock

Fill in the term that completes the statement.The current that we use in our homes is
current

Answers

Answer:

Look at the picture

Explanation:

Answer:Correct ans is alternating current(AC CURRENT)

Explanation:Most houses in the U.S use alternative current for lights,fridges e.t.c that why when you turn of a switch in a room that particular rooms light goes off it doesn't affect the other rooms like what a direct current will do

Well how about direct current you Ask?

direct currents are also used in most homes examples are door alarms smoke detectors e.t.c