She is correct because if you split up the parallelogram, and connect the triangles formed by splitting the parallelogram, then you get a normal rectangle, and to get the area for a rectangle, you just multiply base and height
The picture for this question is given below.
Answer: All of them models quadratic function.
Step-by-step explanation: A quadratic function is of the form
f(x) = ax² + bx + c, with coefficient a≠0.
This function has a U-shape graphic called <u>parabola</u>. It has a <em><u>vertex</u></em>, i.e., a point where the curve changes, which is "classified" as <em><u>minimum</u></em>, if the parabola opens up; and as <em><u>maximum</u></em>, if the parabola opens down.
The y-intercepts are the points where the curve touches the y-axis and x-intercepts, if they exist, are the roots of the function.
The three pictures below shows three U-shaped curves opening down. <u>This means the three parabolas are representation of 3 different quadratic functions, with a 3 vertex points that are maximum.</u>
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Answer:
(b1+b2)h+PH
Step-by-step explanation:
b1 and b2 stands for the length of the bases of the trapezoid
The h is the height of the trapezoid
The P is the perimeter of the trapezoid
The H is the height of the prism
Hope this helps :)
Answer:
A) r=2t
B) 4
t²
C) 4
(30)² which will end up being 11310 in²
Step-by-step explanation:
A) If it increases 2 inches every minute, you would take that and put it with the t, aka time.
B) A=
r² which will translate into A=
(2)²
C) You take the half-hour, which is 30 minutes, and translate that into t then place that into your calculator and get an answer of 11,309.73 and then round up to the whole number