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Using differential, find the approximate value of the \[\sqrt{49 . 5}\] ?
Concept: undefined >> undefined
Using differential, find the approximate value of the \[\left( 3 . 968 \right)^\frac{3}{2}\] ?
Concept: undefined >> undefined
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Using differential, find the approximate value of the \[\left( 1 . 999 \right)^5\] ?
Concept: undefined >> undefined
Using differential, find the approximate value of the \[\sqrt{0 . 082}\] ?
Concept: undefined >> undefined
Using differential, find the approximate value of the \[{25}^\frac{1}{3}\] ?
Concept: undefined >> undefined
Find the approximate value of f (2.01), where f (x) = 4x2 + 5x + 2 ?
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Find the approximate value of f (5.001), where f (x) = x3 − 7x2 + 15 ?
Concept: undefined >> undefined
Find the approximate value of log10 1005, given that log10 e = 0.4343 ?
Concept: undefined >> undefined
If the radius of a sphere is measured as 9 cm with an error of 0.03 m, find the approximate error in calculating its surface area ?
Concept: undefined >> undefined
Find the approximate change in the surface area of a cube of side x metres caused by decreasing the side by 1% ?
Concept: undefined >> undefined
If the radius of a sphere is measured as 7 m with an error of 0.02 m, find the approximate error in calculating its volume ?
Concept: undefined >> undefined
Find the approximate change in the value V of a cube of side x metres caused by increasing the side by 1% ?
Concept: undefined >> undefined
For the function y = x2, if x = 10 and ∆x = 0.1. Find ∆ y ?
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If y = loge x, then find ∆y when x = 3 and ∆x = 0.03 ?
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If the relative error in measuring the radius of a circular plane is α, find the relative error in measuring its area ?
Concept: undefined >> undefined
If the percentage error in the radius of a sphere is α, find the percentage error in its volume ?
Concept: undefined >> undefined
A piece of ice is in the form of a cube melts so that the percentage error in the edge of cube is a, then find the percentage error in its volume ?
Concept: undefined >> undefined
If there is an error of 2% in measuring the length of a simple pendulum, then percentage error in its period is
Concept: undefined >> undefined
If there is an error of a% in measuring the edge of a cube, then percentage error in its surface is
Concept: undefined >> undefined
If an error of k% is made in measuring the radius of a sphere, then percentage error in its volume is
Concept: undefined >> undefined
