Please solve accurate, i will rate it up if accurate. Thanks (i)The base of a block of metal is square with each side of length X(metres) and the height ofthe block is (X+3 metres). The volume V (m³) of the block is given by V= (X)(X+3) as shown below:X+3Determine the rate of change of volume with respect to length if x=3m(ii)The voltage across a charging capacitive circuit is described by the following equation:(t) = 10(1 - e 2)Determine the rate of change of V(t) at t=2seconds.(iii) The instantaneous power associated with a cutting device is given by the following circularequation:P(t) = 20Sin(100 rt)Cos(100Trt)Determine the rate of change of P(t) at t=1second.

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(i) The base of a block of metal is square with each side of length X(metres) and the height of the block is (X+3 metres). The volume V (m) of the block is given by V= (X)(X+3) as shown below: X+3 Determine the rate of change of volume with respect to length if x=3m (i) The voltage across a charging capacitive circuit is described by the following equation: V(t) = 10(1 - e 2) Determine the rate of change of V(t) att=2seconds. (iii) The instantaneous power associated with a cutting device is given by the following circular equation: P(t) = 20Sin(100 rt)Cos(100t) Determine the rate of change of P(t) at t=1second.

(i) The base of a block of metal is square with each side of length X(metres) and the height of the block is (X+3 metres). The volume V (m) of the block is given by V= (X)(X+3) as shown below: X+3 Determine the rate of change of volume with respect to length if x=3m (i) The voltage across a charging capacitive circuit is described by the following equation: V(t) = 10(1 - e 2) Determine the rate of change of V(t) att=2seconds. (iii) The instantaneous power associated with a cutting device is given by the following circular equation: P(t) = 20Sin(100 rt)Cos(100t) Determine the rate of change of P(t) at t=1second.

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter20: Capacitance In Ac Circuits

Section: Chapter Questions

Problem 5PP: Three capacitors having capacitance values of 20F,40F, and 50F are connected in parallel to a 60 -...

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