Consider this graph and explain on the basis of Maxwell Boltzmann curve of kineticenergy the effect of temperature on rate of reaction.(1+2)ORState Dalton’s law. Also write its two applications.

The Maxwell-Boltzmann distribution of molecular energies is useful for explaining whyincreasing temperature affects the rate of a chemical reaction.(a) Which of the following statements describes how the shape of the Maxwell-Boltzmann distribution curve changes as temperature increases?(1)A The peak decreases in height and moves to the left.B The peak increases in height and moves to the left.C The peak decreases in height and moves to the right.D The peak increases in height and moves to the right.(b) The main reason that reaction rates increase with temperature is that(1)A all the molecules move faster.B all the molecules collide more frequently.C more molecules collide with the correct orientation.D a larger proportion of molecules have high energies

Explain the temperature dependence of the rate of a reaction.

Use Kinetic Molecular Theory to explain how temperature affects the rates of chemical reactions. Be detailed in your explanation.

As the temperature of a chemical reaction increases, the rate of reaction increases becauseA fewer particle collisions occurB the required activation energy increasesC more effective particle collisions occurD the concentration of the reactants increases

. Explain the following temperaturevs time graph