So in the question we are given the points: (8,0) and (0,12)
In order to find the slope, we use the equation:
where subscripts 1 and 2 can apply to either of the points as long as they remain consistent. Let's use subscript 1 for the point (8,0) and subscript 2 for the point (0,12):
So now we know the slope of the equation is .
The slope-intercept form of a line follows the form:
where x and y are from a given point on the line, m is the slope of the line, and b is the y-intercept of the line.
So since we are told the y-intercept in the question, we can then plug in the numbers to the equation for the line:
5/6 is greater.
Think of it like it was a pizza.
On one pizza, there were 6 even slices. On the other, there are 8 even slices.
If you wanted more, would you want 5 slices from the first pizza or the second pizza?
Answer: The correct answer is (C) 8.8
Step-by-step explanation: The given triangle has two sides and two angles given. However it is not a right angled triangle. In order to calculate an unknown side or angle in questions such as this, we shall apply the sine rule, which states;
a/SinA = b/SinB = c/SinC
Where the reference angle is that facing the line (that is, SinA is the angle facing line a, etc).
To calculate x, we shall use angle 28 as the reference angle. We have also been given line 8.2, and the angle facing it is derived as
180 - (28 + 126)
= 180 - 154
= 26
If the angle facing line 8.2 is 26, then the sine rule can be applied as follows;
x/Sin28 = 8.2/Sin26
By cross multiplication we now have
x (Sin26) = 8.2 (Sin28)
x = [8.2 (Sin28)]/Sin26
x = (8.2 x0.4695)/0.4384
x = 8.7817
Approximately x = 8.8 (to the nearest tenth)
Answer: no
Step-by-step explanation: if it left then it would have to be angled at least a little bit.
I think the answer is 1.52