om Consider the \"equation of state" for an ideal gas PV = RT Where P is the pressure (in atmospheres, atm) Vis the volume (in liters, t) T is the temperature (in Kelvin. K) R is the ideal gas constant (in L-atm/K) If we wish to design an experiment to determine the value of R we could vary the pressure and then measure the volume while holding the temperature constant. Question 1 (1 point) If we do this what would the linearized equation look like? [Keep in mind that the xvalue in parentheses on the right side should be a function of the independent variable (the one you changed) and yvalue on the left side should be a function of the variable you measured] \fQuestion 2 (1 point) What would you plot on the horizontal axis? Oi R 01 T Oi P Oi V Oi T \fQuestion 4 (1 point) What is the equation of the slope? m= OP OUT ORT O T OPRQuestion 5 (1 point) What is the equation for R in terms of the slope (m) and any other variables or constants? R: 0%