... Until it is identical when dropped side by side. OK. Is this going anywhere?
If they were tied together, the time would be equal. Just side by side wouldn't do it.
Right?
It's something I've been thinking about given my current (secret) job.
... Until it is identical when dropped side by side. OK. Is this going anywhere?
If they were tied together, the time would be equal. Just side by side wouldn't do it.
Right?
It's something I've been thinking about given my current (secret) job.
Since mass is a specific term with specific meaning that most laymen are not aware of, I chose a more relatable albeit less accurate term.Fixed your explanation.
Since mass is a specific term with specific meaning that most laymen are not aware of, I chose a more relatable albeit less accurate term.
How important gravity — or the gravity environment — is when the calculations are extreme. :shut:What are you trying to get at here?
How important gravity — or the gravity environment — is when the calculations are extreme. :shut:
I only got one attempted answer as to why all lakes and ponds don't have tides. The typical "you just can't see it" response. For my questions about gravity being so "absurd", no one here seems to have any answer except to say " they do have rides but we can't measure them". If you can't measure them, how do you know they're there? It's a religion. "I can see or measure it, but I believe it's there."
They can be calculated but other factors such as wind and rivers have a much greater effect and mask the tidal effects. On small bodies of water the effects are much more uniform, the whole body is effected where the ocean is much larger and a smaller area if the whole is effected by the moons gravity.
The fact us, you have been given honest and accurate answers and choose to ignore them. That is your choice, don't blame others when you choose to ignore them.
We can see them in bodies of water that are large enough to display the effects. If you take the time to look more deeply into the subject you will find materials that explain in precise detail tidal effects on small bodies of water.So. They're there but we can't see them? So we believe they're there.
So. They're there but we can't see them? So we believe they're there.
We can see them in bodies of water that are large enough to display the effects. If you take the time to look more deeply into the subject you will find materials that explain in precise detail tidal effects on small bodies of water.
You can't see God, do you believe He us not there?
So they're there in small bodies of water but we can't see it measure them? Science is not about believing things exist that you cannot see or measure.
The creation is evidence of the creator, but I'm not saying God's existence can be proved by the scientific method. You are saying rides exist in ponds but we can't see or measure them, and then calling it science. This heliocentric model has ridiculous flaws. It's only propped up by the dogmatic religion that is forced in society.
Science is about understanding God's creation (my opinion). It is about understanding how large and small bodies of water react to tidal forces. It is about understanding where you would see the effects and where you wouldn't. It is not about making poorly conceived blanket statements.
Small bodies of water dont react to them as they would if they were caused by the moon.
But how does the weaker gravity of the moon over power the stronger gravity of earth? And why are there no observable affects on other bodies of water like ponds? And how do we measure these alleged affects on mountains to know that there are affects?
Very simple.
How many times have you seen a person walking a smaller dog?
How many times is the smaller dog actually leading the human, yet the human might weigh three times more.
How can one simple bee get some people to running?
Smaller does not mean nothing, it means smaller