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Sir Isaac Newton came up with the universal law of gravitation and published it in his book, Philosophiæ Naturalis Principia Mathematica (the Principia), in 1687. F₁ = Gm₁m₂ In that formula, did Newton know the numerical value of the constant G? Yes, before publication he was able to find a rough value for G experimentally. O Not when he first published it, but later he was able to find a rough value for G experimentally. 3 No, Newton would never know the value of G in his lifetime.

Sir Isaac Newton came up with the universal law of gravitation and published it in his book, Philosophiæ Naturalis Principia Mathematica (the Principia), in 1687. F₁ = Gm₁m₂ In that formula, did Newton know the numerical value of the constant G? Yes, before publication he was able to find a rough value for G experimentally. O Not when he first published it, but later he was able to find a rough value for G experimentally. 3 No, Newton would never know the value of G in his lifetime.

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Please help me with this l. Selections the correct options the the two questions below
Sir Isaac Newton came up with the universal law of gravitation and published it in his book, Philosophiæ Naturalis Principia Mathematica (the Principia), in 1687. F₁ = Gm₁m₂ ² In that formula, did Newton know the numerical value of the constant G? Yes, before publication he was able to find a rough value for G experimentally. Not when he first published it, but later he was able to find a rough value for G experimentally. No, Newton would never know the value of G in his lifetime.
Transcribed Image Text:Sir Isaac Newton came up with the universal law of gravitation and published it in his book, Philosophiæ Naturalis Principia Mathematica (the Principia), in 1687. F₁ = Gm₁m₂ ² In that formula, did Newton know the numerical value of the constant G? Yes, before publication he was able to find a rough value for G experimentally. Not when he first published it, but later he was able to find a rough value for G experimentally. No, Newton would never know the value of G in his lifetime.
An apple falls from a tree down to the ground. As the apple falls, which of the following would apply? The apple accelerates downwards and the Earth accelerates upwards, both at the same rate. O The apple accelerates downwards and the Earth accelerates upwards, but at different rates. The apple remains stationary and the Earth accelerates upwards. The apple accelerates downwards, and the Earth remains stationary.
Transcribed Image Text:An apple falls from a tree down to the ground. As the apple falls, which of the following would apply? The apple accelerates downwards and the Earth accelerates upwards, both at the same rate. O The apple accelerates downwards and the Earth accelerates upwards, but at different rates. The apple remains stationary and the Earth accelerates upwards. The apple accelerates downwards, and the Earth remains stationary.
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