From the expression `C=Q/V` Plot curves. C versus V and

Write the expression for the force experienced by a charge q moving with a velocity v in an electric field E.

The given graph shows the variation of charge Q versus potential difference for capacitances C_(2) and C_(2) . The two capacitors have the same plate separation but the plate area of C_(2) is double that of C_(1) . Which of the lines in the graphs correspond to C_(1) and C_(2) and why ?

Which of the two graphs will be a straight line at constant temperature P versus V or P versus 1/V Explain.

What is the order of a reaction if the plot of log c versus time is a straight line with a negative slope?

The expression for rms velocity ( C ) of a gas is c = sqrt

Given graph is drawn on the parameters of growth versus time. Here A,B and C respetively represent

What we get from the area under P.V curve ?

Which of the two graphs will be a straight line at constant temperature ? P versus V or P versus 1/V ? Explain.

Plot a graph showing the variation of Coulomb's force (F ) versus 1//r^(2) , where r is the distance between the two charges of each pair of charges ( 1 mu C , 2 mu C ) and ( 1 mu C , - 3mu C ) . Interpret the graphs obtained.