Find the value of 60 J per min on a system that has 100g, cm and 1 min. as the base units.

Calculate the value of 1 J/sec in a system having 10g, 10cm and 1 min. as fundamental units.

Find the value of 100 J on a system which has 20 cm, 250g and half minute as fundamental units of length, mass and time.

Find the ratio of 10 min and 1 h.

Find the value of 100 J of energy on a system whose fundamental units are 100 gram , 10cm and half minute.

If the units of mass, tieme and length are 100g, 20cm and 1 minute respectivelty then equivalent energy for 1000 erg in the new system will be

Find max & min value of 10+sinalpha .

Convert 1 MW power on a new system having basic units of mass , length , and time as 10 kg , 1 dm , and 1 min , respectively .

Perimeter of an isoscels triangle is 100 cm . If its base increase at the rate of 2cm // min , the, when base is 30cm , its altitude is changing at the rate of

In CGS system of units, the density of a material is 4 g cm^(-3) . What will be the value of the density of the material in a system of units in which unit of length is 10 cm and unit of mass is 100 g ?

The radius of the base of a cone is increasing at the rate of 3 cm/min and the altitude is decreasing at the rate of 4 cm/min. The rate of change of lateral surface when the radius is 7 cm and altitude is 24cm is 108pic m^2//min (b) 7pic m^2//min 27pic m^2//min (d) none of these