Gravity Waves on the Moon & Finding Liquid Centers

In summary, the conversation is about two questions given by the teacher after watching a video, one about gravity waves on the moon and the other about determining if the moon has a liquid center. The person thinks that gravity waves would be slower on the moon due to less gravitational pull and suggests using sheer waves to detect the presence of liquid in the moon's center. They also ask for help finding an engineering calculator for a hypobolic question.
  • #1
furtivefelon
30
0
hi everyone :D i have two questions i have no idea what to do (teacher assigned them after watching a video, though i have no idea still what the video is talking about)..

the questions is:

1. Would gravity waves in water be faster or slower on the moon? Explain.
i would think that it's slower on the moon, because there is less gravitational pull on the moon, thus the wave would be slower.

2. How would you find out if the moon had a liquid center? Explain.
i would explode a bomb very near hte surface, and set up detecting stations all along the moon surface, and then detect for hte presence of sheer waves, since sheer waves passes through rock and doesn't pass liquid, i would be able to tell if the moon center is liquid or not..

just wondering if my answers is adquate, and also, where would you find a engineering calculator? the teacher also gave us a hypobolic question (which i have no idea what is tanh, he said that it's found on most engineering calculators..)

thanks a lot for all your help :D
 
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  • #2
The first question really doesn't make 2 much sense...

As for
[tex] \tanh x=:\frac{\sinh x}{\cosh x}=\frac{e^{x}-e^{-x}}{e^{x}+e^{-x}}=\frac{e^{2x}-1}{e^{2x}+1} [/tex]

Daniel.
 
  • #3


Hi there! It sounds like you have some interesting questions to think about. Let's see if we can help you out with your answers.

1. You are correct that gravity waves would be slower on the moon due to its lower gravitational pull. In fact, gravity waves in water on the moon would be about 6 times slower than on Earth. This is because gravity is what causes the waves to move, and with less gravity, there is less force pushing the water to create the waves.

2. Your proposed method for finding out if the moon has a liquid center is certainly creative, but there are other ways to determine this as well. Scientists have used data from spacecrafts orbiting the moon to measure its internal structure and composition. They can also use seismometers placed on the moon's surface to detect seismic waves, which can provide information about the moon's interior. Exploding a bomb near the surface may not be the most practical or safe method!

As for your question about engineering calculators, most scientific or graphing calculators should have the tanh function. If you don't have access to one, there are also online calculators that you can use. Just do a quick internet search for "online engineering calculator" and you should find some options.

Hope this helps! Keep asking questions and exploring the wonders of science and engineering.
 

1. What are gravity waves on the moon?

Gravity waves on the moon are small fluctuations in the moon's gravitational field caused by variations in the density of the lunar crust. They can be thought of as ripples in the moon's gravitational pull.

2. How are gravity waves on the moon detected?

Gravity waves on the moon can be detected using precise measurements of the moon's gravitational field. This can be done using satellites or other instruments in orbit around the moon.

3. What causes liquid centers on the moon?

The liquid centers on the moon are caused by the moon's gravitational pull on its own interior, which creates heat and pressure that can melt some of the moon's interior materials, such as iron and silicates.

4. How do scientists study liquid centers on the moon?

Scientists study liquid centers on the moon by analyzing data collected from spacecraft and lunar missions. They also use computer models and simulations to understand the composition and behavior of the moon's interior.

5. What can we learn from studying gravity waves and liquid centers on the moon?

Studying gravity waves and liquid centers on the moon can help us better understand the moon's composition, formation, and evolution. It can also provide insights into the dynamics of other planetary bodies and the processes that shape our solar system.

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