Q: Newton’s Law of Gravitation says that the magnitude F of the force
Newton’s Law of Gravitation says that the magnitude F of the force exerted by a body of mass m on a body of mass M is F = GmM/r2 where G is the gravitational constant and r is the distance between the...
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Q: Differentiate.
R (t) = (t + et
Differentiate.
R (t) = (t + et) (3 - √t)
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Q: Differentiate.
y = x3/1 – x2
Differentiate.
y = x3/1 – x2
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Q: Differentiate.
y = x + 1/ x3 + x
Differentiate.
y = x + 1/ x3 + x -2
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Q: Differentiate.
y = t2 + 2/t4 – 3t2
Differentiate.
y = t2 + 2/t4 – 3t2 + 1
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Q: Differentiate.
y = t/ (t – 1)
Differentiate.
y = t/ (t – 1)2
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Q: Differentiate.
y = (r2 - 2r) er
Differentiate.
y = (r2 - 2r) er
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Q: Differentiate.
y = 1/s + kex
Differentiate.
y = 1/s + kex
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Q: Differentiate.
y = v3 – 2v/v/v
Differentiate.
y = v3 – 2v/v/v
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Q: Differentiate.
z = w3/2 (w + cew
Differentiate.
z = w3/2 (w + cew)
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