Home
Class 6
PHYSICS
Under the spout of over flow jar, place ...

Under the spout of over flow jar, place a measuring cylinder. Gently lower a stone in the over flow jar. The stone displaces water which flows out from the spout into the measuring cylinder. If the reading on the overflow jar is 12ml, then the volume of stone is __________

A

`12xx10^(-5)m^(3)`

B

`1.2xx10^(-5)m^(3)`

C

`0.12xx10^(-5)m^(3)`

D

`0.012xx10^(-5)m^(3)`

Text Solution

AI Generated Solution

Promotional Banner

Topper's Solved these Questions

  • MEASUREMENT

    BEIITIANS|Exercise IIT JEE WORKSHEET ( SINGLE CORRECT ANSWER TYPE)|7 Videos

  • MEASUREMENT

    BEIITIANS|Exercise IIT JEE WORKSHEET ( SINGLE CORRECT ANSWER TYPE) FILL IN THE BLANKS.|1 Videos

  • MEASUREMENT

    BEIITIANS|Exercise SUMMATIVE WORKSHEET |10 Videos

  • MAGNETISM

    BEIITIANS|Exercise IIT JEE Worksheet (Matrix Matching)|4 Videos

  • MOTION & FORCE

    BEIITIANS|Exercise IIT JEE WORKSHEET (II. MULTIPLE CORRECT ANSWER TYPE)|2 Videos

Similar Questions

Explore conceptually related problems

When a stone is lowered into a measuring cylinder the volume is 9.3 ml. The volume of the stone is 5.8 ml. Find the initial volume of water in the measuring cylinder.

A measuring cylinder has 75cm^(3) of water, when a stone is droped water level rises to 125cm^(3) . What is the volume of stone?

A measuring cylinder has water of volume 75cm^(3) ' A stone is dropped in water and the level rises to 125cm^(3) . What is the volume of stone ?

Arrange the following steps in a sequence of find the vlume oof an irregular shaped solid body. (A). The irregular shaped solid is tied with the thread and is lowered into the measuring cylinder. (B). A measuring cylinder with graduations in millilitre or cubic centimetrer is taken. (C). The level of water in the measuring cylinder rises after immersion of the solid. (say V_(2) ) (D) First, it is filled with water to a certain level or volume. (say V_(1) ) (E). The volume of the stone is equal to the difference between the volume of the water before and after the immersion of the stone. (V_(2)-V_(1)) .

The figure shows a long coaxial cable in which a current I flows down through the inner cylinder of radius a and the same current flows back up through the outer cylinder of radius 2a. The cylinders are insulated from each other and the current is uniformly distributed over the area of the cross-section in each cylinder. The strength of the magnetic field at a distance 3a//2 from the axis of the cable is