Answer:
60°,60° and 60°.
Step-by-step explanation:
The sum of the interior angle of a triangle
=180°
So, let us test measured sets to get which of them could be the interior angles of a triangle.
The sum of the first measured set
= 90° + 42° + 58°
=190°
Also, the sum of the second measured set
= 60°+ 60° + 60°
=180°
The sum of the third measured set,
= 100°+ 48° + 43°
=191°
Finally, the sum of the fourth measured set
= 31° + 75°+ 70°
=176°
We can clearly conclude that, the measured set 60°,60°and 60° could only be the the set of interior angles of a triangle. Since it is the only set that add up to 180°
0.000679 is the correct answer
move the decimal point to the left twice because of the -4 on the 10
We have that
Let y be the first root, then y - 6 will be the second one. Since both roots make the quadratic equation equal to 0, we have that:
Solve for y:
Plug in y = 5/2 into original quadratic equation and solve for c:
So, the answer is
c = -35/4
They told me to answer a bunch of questions best of luck tho
Answer:
(2, -7)
Step-by-step explanation:
The image is the point after the transformation. So basically we want to move backwards. the transformation is (x-6, y+8) so that means we want to find when we go in reverse, or in other words (x+6, y-8) from the image (-4, 1)
(x+6, y-8)
(-4+6, 1-8)
(2, -7)
You can check by transforming this point witht he transformation properly. And just a reminder (x-6, y+8) mans left 6 and up 8
