Math, asked by sanijosev, 7 months ago

find the region bounded by the graph of y=x^2 and x=y^2 is revolved about the y axis, what is the volume of the solid of revolution

Answers

Answered by itsbrainlybiswa

Answer:V=πb∫a[f(x)]2dx. The cross section perpendicular to the axis of revolution has the form of a disk of radius R=f(x). Similarly, we can find the volume of the solid when the region is bounded by the curve x=f(y) and the y−axis between y=c and y=d, and is rotated about the y−axis.

Step-by-step explanation:

Previous Question

Next Question

Similar questions

English, 3 months ago

Q6.Fill in the blanks with suitable verb forms:- i) My friends as well as i ______(am/are) in real trouble. ii) Each of these seats______ (was/were) covered with some sticky substance. iii) The introduction of the guests______(was/were) over. iv) A pair of nice shoes_____ (is/are) always expensive.

Physics, 3 months ago

calculate the length of Mercury Coloum in a berometer tube which is inclinde at an angle of 45 degree with horizontal direction. If the atmospheric pressure is 75cm of Mercury...

Computer Science, 3 months ago

Print preview feature can help you avoid wastage of paper. * True False...

Social Sciences, 7 months ago

what is WTO why was it formed...