The answer is B your welcome
Answer:
ΔMCI ≅ ΔAIC by SAS congruence test
Step-by-step explanation:
Given:
In ΔMCI and ΔAIC
Statement Reason
1) ∠MCI ≅ ∠AIC 1) Given
2) segment MC ≅ segment AI 2) Given
Segment CI is common segment which is both the triangles.
So we can say that.
3) Segment CI ≅ Segment CI 3) Reflexive Property
By SAS congruence test which states that;
"If two sides and the included angle of one triangle are equal to the corresponding sides and angle of another triangle, the triangles are congruent."
4) ΔMCI ≅ ΔAIC 4) By SAS congruence test
We are given the general formula of the curve of y = ax2 + bx + c. The tangen line at the origin is y = 4x. This eliminates the second term in which the derivative should be reflected as a constant. Since when the derivative of the first term is 4x, then a should be 2. From the points, c should be equal to 24.
Write an inequality comparing -6 and -3
Answer: -6 < -3
Answer:
4
Step-by-step explanation:
WY=WX+XY
28=12+4p
28-12=4p
16=4p
16/4=p
4=p
