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It took Isaac newton 20 years to figure out that 1+1=window. So it most likely took him his life time to figure out the inverse square rule on gravitation.
What else can I help you with?
Why earlier scientists could not guess about the gravitational force?
The earlier scientists did not care about the gravitation. They took the phenomena happening around them as granted. They did not think logically about gravitation while newton observed it carefully and minutely
Is it true of the tales as they say of Izaac Newton?
I don't think so. Well, I think... because nobody FUSSES of Isaac Newton, as they would, so I guess the tales aren't true. I'm only guessing, it may not be right.
How do you win Guess Who?
You have to guess how
Why is a hypothesis not an educated guess?
because if it was a a educated guess it would be called a educated guess
Why peerpressure is important to be research?
Rachel is a dyke. Guess who?? Haha Rachel is a dyke. Guess who?? Haha Rachel is a dyke. Guess who?? Haha Rachel is a dyke. Guess who?? Haha Rachel is a dyke. Guess who?? Haha Rachel is a dyke. Guess who?? Haha
The scientist who discovered the laws of gravitation and inertia was?
I guess that would be Newton. Sir Isaac Newton exactly
Why earlier scientists could not guess about the gravitational force?
The earlier scientists did not care about the gravitation. They took the phenomena happening around them as granted. They did not think logically about gravitation while newton observed it carefully and minutely
Why did scientists couldnot guess about the gravitational force?
Scientists could not guess about gravity because it is a force that is not directly visible and acts over large distances. It required precise measurements, observations, and mathematical calculations to understand the concept of gravity as we know it today, which was not possible through guesswork alone.
Write a Program to find square root of a given number using 8086 microprocessor?
To find the square root of a given number using the 8086 microprocessor, you can implement the Newton-Raphson method in assembly language. First, load the number into a register, then set an initial guess for the square root. Use the iterative formula guess = (guess + number / guess) / 2 until the guess converges to a stable value. Finally, store or display the result.
Who in vented gravity?
I guess mother nature did. The first mathematical description of gravity came from Sir Isaac Newton, so the modern study of the effects of gravity were initiated by him.
How do you do the square root of 7?
The Newton - Raphson method of successive approximations is easily implemented on a computer. You make a guess, test it by squaring it and compare it with the original target. JCF
Where did isaac newton live as a kid?
My guess is were he was born, in woolsthorpe England.
Why earlier scientists could not guess the gravitational force?
The earlier scientists did not care about the gravitation. They took the phenomena happening around them as granted. They did not think logically about gravitation while newton observed it carefully and minutely
What are theApplications of Newton laws in daily life?
1- the first law of newton's:- bicycling contains the first law of newton's 2- the second law of newton's:- pushing a car contains the second law of newton's 3- the third law of newton's:- the launching of a rocket contains the third law of newton's guess this is correct...:) :D
What numeber multiplied by itself equals 37?
TLDR: The solution is an irrational number number known as the square root of 37. This number is approximately equal to 6.0827625303. A method of arriving at the approximation: One way to arrive at this approximation is using Newton's method with the function x^2-37. To get a good first guess, consider that 37 is very close to a square number (36), whose square root is 6. So, you can use a first guess of 6 for Newton's method.
Is 63 a perfect square?
i guess it is .
Was newtons theory of gravity just a guess?
No, Newton's theory of gravity was not merely a guess; it was based on rigorous observation and mathematical formulation. He formulated the law of universal gravitation by analyzing the motion of celestial bodies and the effects of gravity on Earth. His work was grounded in empirical evidence, particularly his observations of planetary motions and the falling of objects, which he articulated through mathematical equations. This systematic approach laid the foundation for classical mechanics and significantly advanced our understanding of gravitational forces.
