A $305$ hp $($power$-$shift$)$ dozer is used in a pushing operation. The dozer is equipped with a straight blade. The material $($dry and non$-$cohesive$)$ weighs $98$ pcf in the bank state. It is estimated the material will swell $6\%,$ from bank to loose state. The center$-$of mass$$to$$center$-$of$-$mass pushing distance is $200$ ft$.$ Job efficiency can be assumed to be equivalent to a $45-$min hour. The company$$s normal O&O cost for these machines is $$95$ per hour and the operator$$s wage is $$15\mathrm{.}00$ per hour plus $40\%$ for fringes, insurance, and worker$$s compensation.

Hint: T$4\mathrm{.}4$ must be used to find either the correct swell $\%$ or the

correct swell Factor.

$1.$ Calculate the production in bcy per hour, round answer to the nearest WHOLE number.

$2.$ Calculate the direct cost of the proposed earthmoving operation in dollars per bcy$.$ Round answer to the nearest TWO decimals