One fantastically magnificent test he performed was to calculate how planets would
move according to his theory of gravity. He found that if his theory of gravity is
accurate, then planets move according to Kepler's Laws ... written 100 years earlier,
and distilled from Tycho's lifetime of observing and measuring what we actually see
the planets doing in the sky.
Isaac newton there was a force on the moon, because he developed a theory of Equilibrium or law of Inertia. With his Law of Inertia, he could predict that a body will not accelerate or change direction unless operated on by a force. The moon was moving in a curved line , thus there was a force on the moon.
newton calculated how far the circle of the moon's orbit lies below the straight-line distance the moon otherwise would travel in one second.
Has tangential velocity that prevents it from falling into earth
One of the laws of motion that Newton figured out was that an object in motion will tend to stay in motion, IN A STRAIGHT LINE, unless acted on by an outside force.
Maybe he watched the tides and noted the relationship between high tide, low tide and the relative location of the moon.
The Moon, as it orbits the Earth, undergoes an acceleration. In order for there to be an acceleration there must be a force.
Universal gravitation.....
If you mean the force of gravity, use the formula for gravitation. Check the Wikipedia article on "Newton's law of gravitation" for more details.
No, an hypothesis is a tentative conjecture explaining an observation, phenomenon or scientific problem that can be tested by further observation, investigation and/or experimentation. As a scientific term of art, see the attached quotation. Compare to theory, and quotation given there. No a hypothesis must be tested, proven to be true No. A hypothesis is a best guess based on available information and observation.
well duuuh... its a shadow of isaac newton Disregarding the above ignoramus, his "shadow" is indeed much more than that. Because he was so highly regarded by the people of his time, they believed that all his theorems, proofs, etc. were correct. Nobody bothered to check for any errors. The lack of progress (or progress that could've been made) because of this is Newton's shadow.
Yes
Question should read: "What is the force between you and the Earth (convert to pound-force) using Newton's Law of Gravity assuming your weight is 60kg?" Answer: F = G*(m1*m2)/r² = 6.673/100000000000*(60*5973600000000000000000000)/(6371000*6371000) = 6.673*60*5976000/(6371*6371) = 6.673*60*59736000/40589641 = 6.673*6*59376/4058.9641 = 585.7 Newtons = 585.7 * 0.2281 lbf = 133.6 lbf Check: 60kg = 60*2.2= 132 lb which is roughly OK
The null hypothesis is an hypothesis about some population parameter. The goal of hypothesis testing is to check the viability of the null hypothesis in the light of experimental data. Based on the data, the null hypothesis either will or will not be rejected as a viable possibility.
Go back and check for flaws, and if you can't find any, form a new hypothesis.
A hypothesis is a testable statement. To check the accuracy of your statement, you need to design an experiment to test it and collect data. Then you analyze your data to see how well it supported your hypothesis.
i do not knowi'll check right now
If you mean the force of gravity, use the formula for gravitation. Check the Wikipedia article on "Newton's law of gravitation" for more details.
You can perform the experiment again to check for errors. The best option is to just state in the conclusion the sources of error and why the experiment didn't support the hypothesis. Remember the hypothesis is only an educated guess.
But check the spelling of the person. Leibniz was a mathematician who developed calculus. (simultaneous with newton?)
The first step of the scientific method is observation. There are 5 steps in the scientific method and besides observation they are create a hypothesis, predict, test and check the hypothesis to make sure it is acceptable.
A hypothesis could be any correlative proposal such as "Sunspots cause damage to satellite radios" or "Higher average temperatures increase arctic bird populations."A hypothesis can be tested experimentally but not always in controlled tests.which of what? A hypothesis has If____________then____________because______________.A hypothesis is something that you want to check, formulated such that it is either true of false. For example, your hypothesis may be "if I shine electronagnetic radiation of a certain frequency at a metal, electrons will be ionized from their atoms only above a certain wavelength". Then you go do an experiment and see wether that is true (it is).
Thorough Research about that hypothesis, background check, history and reading verified research about it.
I believe he invented it in 1688, I would double-check just to make sure.
draw up a new hypothesis based on your research