I need help with theoretical equations to find these. Using the vehicle characteristics provided in Table $1,$ which are typical of a WVU Formula SAE

race car, determine the total energy used by the vehicle for positive and negative $($braking$)$

tractive effort at the wheels over the following $1-$Hz drive cycles: urban dynamometer driving

schedule $($UDDS$)[1],$ and the US$06[1].$ Also determine the average positive propulsion power

$($at the wheels$),$ and the peak power and tractive effort force output at the wheels. Assume $0\%$

grade for the drive schedule. Reference all data and equations used. A good reference is SAE

$2003-01-2070[2].$