There were 800 lit . 735 lit. and 575 lit. Kerosine oil in three Kerosine oil drums of the house. The oil of these three drums is poured into a cuboidal pot and for this, the dept of oil in drums becomes 7 dcm. If the ratio of the length and breadth of the cubioidal pot is 4:3 then find the length and breadth of the pot.

There were 800 litres, 725 litres and 575 litres kerosine oil in three kerosine oil drums in a house. The oil of these three drums is poured into a cuboidal pot and for this, the depth of oil in drums becomes 7 dcm. If the ratio of the length and breadth of the cuboidal pot is 4 : 3, then calculate the length and breadth of the pot. If the depth of the cuboidal pot· would be 5 dcm, calculate whether 1620 litre oil can be kept or not in that pot.

A cuboidal tank is filled with diesel. That amount of diesel is poured into 240 tins in such a way that each of the tins volume is 15 lit. If the breadth of the tank is 1.5 m and the height of the tank is 3/5th times of its length, then find the height and length of the tank.

Out of three jars of equal diameter and height, 2/3 part of the first, 5/6 part of the second and 7/9 part of the third were filled with dilute sulphuric acid. Whole of acid in the three jars were poured into a large jar of 2*1 dcm diameter, as a result the height of acid in the jar becomes 4*1 dcm. If the length of diameter of each of the three equal jars is 1*4 dcm. Calculate the height of three jars.