Answer:
see the explanation
Step-by-step explanation:
we have
RGK≅MQB
Remember that
If two figures are congruent, then its corresponding sides and its corresponding angles are congruent
Corresponding sides are named using pairs of letters in the same position on either side of the congruence statement
so
RG≅MQ -----> RG and MQ are corresponding sides
GK≅QB -----> GK and QB are corresponding sides
RK≅MB -----> RK and MB are corresponding sides
Corresponding angles are named using a letter in the same position on either side of the congruence statement
so
∠R≅∠M ----->∠R and ∠M are corresponding angles
∠G≅∠Q ----->∠G and ∠Q are corresponding angles
∠K≅∠B ----->∠K and ∠B are corresponding angles
y = -3(x<span> - 2)^2 + 1 </span>x<span>-coordinate of vertex: </span>x<span> = -b/(2a) = -12/-6 = 2 y-coordintae of vertex: y(2) = -12 + 24 - 11 = 1 </span>Vertex form: y = -3(x<span> - 2)^2 + 1 Check. Develop y to get back to standard form: y = -3(</span>x^2 - 4x + 4) + 1 = -3x<span>^2 + </span>12x<span> - </span>11<span>. </span>
Answer:
Step-by-step explanation:
h=11.4 in
r=5.1 in
v=3.14*r^2*(h/3)
V=3.14*5.1^2*(11.4/3)=3.14*26.01*3.8=310.35
Unless you're given the value of the variables, you can't really solve for anything. The only thing you can do is simplify.
<span>39+5h+4g-2h
The only like terms are 5h and -2h.
39 + 3h + 4g
This would be the simplified version.</span>
Answer:
Sin 5/13
Cos 12/13
Tan 5/12
Csc 13/5
Sec 13/12
Cot 12/5
Step-by-step explanation:
