Slope-intercept: Find the slope (change in y / change in x) of the equation, and the y intercept (the point where the line crosses the x axis). y = mx + b, where m is the slope and b is the y-intercept.
To graph, draw a line through (0,b) with slope m.
Point-slope form: (y-b) = m(x-a), where m is the slope and (a,b) is a point the line passes through.
Find the slope, and then pick any point that lies on the line and substitute into (a,b). To graph, start at the point (a,b), and draw a line through that point with slope m.
Standard form: Ax + Bx = C. Example: 2x + 3y = 24 Notice that this form does not clearly include any points, the slope, or the intercepts. So how can we easily graph it? To graph a line written in standard form, you can simply draw a line between the y-intercept and the x-intercept. To find the y-intercept using our example. 2x + 3y = 24 y intercept is where x=0 0 + 3y = 24 y = 8 when x=0, y-intercept = (0,8) X-intercept, sae process but plugging in zero for y: 2x + 0 = 24 x = 12 To graph, simply draw a line that goes through (0,8) and (0,12)
I could be wrong, but I'm pretty sure here the answer would be 10x^2 + 17x +3 would be the area since you have to multiply length and width. since these are expressions with no answers and no other numbers, we can't find x.
First find the amount at the end of the deferment period using the formula of the future value of a compound interest A=8,960×(1+0.2735÷12)^(6) A=10,257.25
Use the amount we found as the present value to find the monthly payment by using the formula of the present value of an annuity ordinary to get PMT=10,257.25÷((1−(1+0.2735 ÷12)^(−12×6))÷(0.2735÷12)) =291.27 ....Answer