Aiden can afford a $280-per-month car payment. if he is being offered a 4-year car loan with an apr of 1.8%, compounded monthly, what is the value of the most expensive car he can afford?
a.13,439.51
b.13,390.73
c.12,958.20
d.13,435.06

Use the formula of the present value of annuity ordinary.
The formula is
Pv=pmt [(1-(1+r/k)^(-kn))÷(r/k)]
Pv present value?
PMT payment per month 280
R interest rate 0.018
k compounded monthly 12
T time 4years
Pv=280×((1−(1+0.018÷12)^(−12
×4))÷(0.018÷12))
=12,958.20

It's c

4+2=-2. 1+2=3. y=-2/3x+b. 2=4/3+b. 2/3=b. the answer is y= -2/3x+2/3

I’m pretty sure the slope would be 1 since the x and y values increase by 1