I think the x-intercept will be (16/3,0)
AND the y-intercept to be (0,4)
Factor out the GCF, which is 4.... 4(4a+3b)
When you name two congruent triangles with the letters of the vertices, you keep the order of the corresponding vertices. That means, that when you say triangle GHI is congruent to JKL, the corresponding congruent angles are G = J, H = K, and I = L. regarding the sides, segment GH = segment JK, segment HI = segment KL, and segment IG = segment LJ. Then, the answer is that, of the four options,<span> the one that is not true is the option c, because as we already said the corresponding equal segment to GH is JK and not KL.</span>
Answer:
the given identity is true.
Step-by-step explanation:
this identity may be verified using several ways, the simpliest is:
1-sin^2xcot^2x=sin^2x;
1-cos^2 x=sin^2 x;
sin^2 x= sin^2 x.
The area of a square is S^2 with S as one side. To find the length of the side, simply work the formula backwards. The square root of 400 is 20. Hope this helps! :)