Choose the correct one :
1 cm = 100mm/ 10mm/ 100mm

A_2(g)rarr B(g)+1/2 C(g) , the increases in pressure from 100mm to 120 mm is 5 min. The rate of disappearance of A_2 in mm/min is

A reaction X_2(g) to Z(g) + 1/2 Y(g) exhibits an increase in pressure from 150 mm to 170 mm in 10 min. The rate of disappearance of X_2 , in mm per min is ......

When the load on a wire is increased from 3kg to 5kg, the elongation of the wire increases from 0.6mm to 1mm.How much work is done during this extension of the wire?

Let L be the length and d be the diameter of cross section of a wire. Wires of the same material with different L and d are subjected to the same tension along the length of the wire. In which of the following cases, the extension of wire will be the maximum? L= 200 cm, d=0.5 mm L= 300 cm, d=1.0 mm L= 50 cm, d= 0.05 mm L=100 cm, d=0.2 mm

Short forms of units of length Kilometre = km, Hectometre = Hm, Decametre = Dm, Metre = m, Decimetre = dcm, Centimetre = cm, Millimetre = mm (10) 7 dcm 5 mm= _ mm

If the mean free-path of gaseous molecule is 60 cm.at a pressure of 1xx10^(-4) mm mercury, what will be its mean free-path when the pressure is increased to 1xx10^(-2) mm mercury

IF the work done in stretching a uniform wire, of cross section 1mm^2 and length 2m, by 1mm is 0.05 joule, find the young's modulus for the material of the wire.

Which is the correct sequence of arrangement of types of WBC in decreasing order in term of number per mm^(3) of human blood?

Which is the correct sequence of arrangement of types of WBC in decreasing order term of number per mm^(3) of human blood?