Draw the graph of (i) V vs P (ii)PVvsP&PVvsV Boyles's law & explain.

Draw the plot of log V vs log T.

Give the value of universal gas constant (R) in SI unit. Draw the graphs (i) P vs V PV vs P for a gas obeying Boyle's law.

Draw the plot of log P vs log V for Boyle's law.

Draw the graphs of the following equations : (i) y=7

Draw the graphs of the following equations : (ii) y+2=0

Draw the graphs of the following equations : (ii) x=-5

Draw the graphs of the following equations : (i) x=5

for a given mass of an ideal gas at constant temperature draw and explain the graphs (i) PV^(2) vs V (ii) P^(2)V vs V.

For a fixed mass of an ideal gas draw the following graphs: (i) P/T vs T (volume remaining constant) (ii) d (density) vs P (temperature remaining constant)

The graph of the function y=f(x) is as shown in the figure. Then draw the graphs of (i) y=sgn(f(x)) (ii) y=|f(x)| (iii) y=x^(sgn(f(x)))