The problem is meant to be set up like this:
100÷ 5 × 4 + 4^3
simply because it is 4 cubed at the end.
and the answer is 144! :)))))
The answer to this question is 6112 and here's why:
If you start with 6111, and you add one more to it, that increases the value of the number by 1, making it 6112.
You would have to do .08 times 10 which is .8
Answer:
y=-1/2x-9
Step-by-step explanation:
First, solve for the slope, m.
m= y2-y2/x2-x1
m= -13-(-7)/8-(-4)
m= -6/12
m= -1/2
Plug in the slope into the formula y=mx+b.
y= -1/2x + b
-7= -1/2(-4) + b
-7= 2 + b
(subtract 2 from both sides)
-7-2 = b
-9 = b
FINAL ANSWER:
y=-1/2x+-9
<u>y=-1/2x - 9</u>
The correct answer is y = -2x + 16. In slope-intercept form, the formula is y = mx + b, where m is the slope and b is the y-intercept, or the place where the line crosses the y-axis. For this line, the y-intercept is positive 16, because the line crosses the y-axis at 16. Therefore, we know that the equation is y = mx + 16. Now, we just need to find the slope. By counting squares, we can see that the line goes down 4 and right 2. You can check this by taking two points on the line and subtracting them. For instance, the line goes from y 16 to y 12, which has a 4 unit difference. Therefore, the line goes down 4. It goes from x 0 to x 2, meaning that there is a difference of 2 between them, and, since the line is going right, the 2 is positive. Since slope = y/x, the slope is -4/2, or -2. Therefore, the slope is -2.
Adding all this together, the slope in slope-intercept form is y = -2x + 16.
Hope this helps!