$3\mathrm{.}1.$ Multifactor Productivity $(5$ marks$)[$CLR $1]$Road racing bikes have special seats that are flexible with minimum contact with cyclists. These seats are called toupe saddles. Roscoe Specialty Equipment makes $100$ of these seats per day with the following resources.$$Labor:$40$ hours per day @ $$15\mathrm{.}00$ per hourRaw material: $20$ kilograms per day @ $$1\mathrm{.}00$ per kgEnergy:$$ $$200$ per dayCapital costs:$$ $$500$ per day$$A$)$ What is the labor productivity per labor hour for these toupe saddles at Roscoe?B$)$ What is the multifactor productivity for these toupe saddles at Roscoe?C$)$ What is the $\%$ change in multifactor productivity if Roscoe can reduce the energy bill by $$150$ per day without cutting production or changing any other inputs?$$Hint: Apply the multifactor productivity formula in the text and notes.Use the hint from Q$1$ to calculate the $\%$ change in multifactor productivity.