Answer:
Answer is B I think? :)
Step-by-step explanation:
Make/Model:
Ford E-Series Wagon Van
<span>MSRP: </span>
$28,760
<span>Cost of options: </span>
$5,560
<span>Sales tax: </span>
$2230.80 (this is based on 6.5% interest)
<span>Total cost: </span>
$36550.80
<span>10% down payment: </span>
$3655.08
<span>Amount needed to borrow: </span>
$32895.72
<span>Monthly payment: </span>
$665.62
<span>Total interest paid: </span>
$4,665.51
Total payments:
<span>60 payments of total $39,937.03</span>
Answer:
After 2 seconds
Step-by-step explanation:
First step is find an equation of velocity:
h(t)=-16t2+64t+112. The velocity function is derivated from position function, so we should do that.
v(t)= h´(t)= -16*2*t+64 ⇒ v(t)= -32t+64.
Now we know the arrow reach the maximun height when this velocity is equal to zero when t>0.
0=-32t+64 ⇒ 32t=64, split each member for 32 ⇒ 
=
t=2. That means after 2 sec. the arrow reach the maximum height
Part A: The discounted monthly fee is $22.49 (original cost of $29.99 multiplied by 75%, the amount the customer would pay since 25% is discounted.) Since you would also pay $44.99 for setup, your equation is $44.99+$22.49m
Part B: Add 1.08 (108%; the customer pays 100% of the cost plus 8% more for tax) to your equation for the sales tax. 1.08(44.99+22.49m)
Part C: Plug in 4 for m (m represents months).
1.08(44.99+22.49•4)
1.08(44.99+89.96)
1.08(134.95)
$145.75
Hope that helps. Let me know if you need more assistance :)
