Hi, so this is the problem I'm having trouble with. I googled it, and it says that the gravitational constant is always constant, but how do I calculate it? Can someone explain to me exactly how? It would also be really nice if someone could explain to me how the gravitational force works, i.e., how…
I mean literal flying like in Dragon Ball, where the characters can neutralize the gravitational structure on Earth and everywhere else through advanced Ki control. How could a similar or different concept be applied to real life? I've also thought about implementing a kind of jet propulsion system under the sole of the shoe that,…
I have no information about the planet Kepler-90!? What can I do?
Determine the mass of the sun using only the following three pieces of information.3 G = 6.67*10^-11 Earth's orbital period around the sun T = 365.26 days Distance Earth – Sun d = 1.496∙10^11 m = 1 AU (one astronomical unit) Thanks!
Hey guys, I have this task and its solution in front of me. I understand how everything was triggered except for c. Why did they use this formula? Do they really have to consider the 200 km, or would it be acceptable as it is? An explanation would be helpful.
Hello, I'm writing a physics paper and wanted to include Newton's theory of gravity. However, I don't know where to look in his Philosophiae Naturalis Principia Mathematica. If you want to take another look, here's the link: https://archive.org/details/mathematischepr00newtgoog/page/210/mode/2up?view=theater
Hey everyone, I'm stuck with the following problem. I have a and b, but I can't get past c and d. I know that both the rotation and the closed curve integral must be zero. However, I don't know in which coordinates I should calculate the rotation, and if there are any mnemonics to help…
Good evening, Is my calculation wrong here? I used values from the previous problem to arrive at the solution (for the Earth's mass M and the Earth's radius r). Task 6 was probably not intended this way. I appreciate your help. Task: Solution to task 6 My calculations for task 6:
Good morning, How do they get this notation of the function in both cases in the solution: This notation is used in the solution to exercises 2 and 3. In order to understand how the solution comes to this notation of the function, it would be helpful if someone could explain the derivation of this…
Good day, I need a little help understanding the following question. Please address the individual points in detail in your answer (1.: …, 2.: …, 3.: …, …). How do we know that in part a) we can equate the gravitational force with the force of weight? I remember that this is only possible if…
How can tasks away) b) solve? Thank you for all explanations, help and approach equations Have a nice evening everyone 🙂
Do two objects attract each other even if they are not moving and are static? Imagine placing two planets close together. Both planets have no speed. Do the planets still attract each other and collide? Kind regards