The length of each side of the equilateral triangle is 5x³ + 11x⁵
<h3>Calculating Perimeter</h3>
From the question, we are to determine the length of each side of the equilateral triangle.
An equilateral triangle has its sides <u>equal</u> to each other.
If the length of a side of an equilateral triangle is c,
Then, the perimeter, P, of the triangle is
P = 3c
From the given information,
P = 15x³ + 33x⁵
∴ 3c = 15x³ + 33x⁵
c = (15x³ + 33x⁵) / 3
c = 3(5x³ + 11x⁵) / 3
c = 5x³ + 11x⁵
Hence, the length of each side of the equilateral triangle is 5x³ + 11x⁵
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The answer is A. The graph is an X^2 graphed but when you add the negative it flips the graph over the y-axis.
Answer:
hj=
hj= 17 step-by- step explanation : the quation : 2+ hi + 12 =
Step-by-step explanation:
7+ 12 hi + 14=19 subrice 14 from both sides hi =5hj = hi+12 substitute the value more.....
The approximate solution to the given system of equation is (-2.71, 2.14)
<h3>Solving a system of linear equations</h3>
From the question, we are to determine the approximate solution to the given system of linear equations.
The given equations are
y = 0.5x + 3.5
y = -2/3 x+ 1/3
From the given information, we are to show the solutions on a graph
The graph that shows the solution to the given system of equation is shown below.
The solution to the given system is the point of intersection of the lines. The coordinate of the point of intersection of the lines is (-2.71, 2.14). That is, x = -2.71, y = 2.14.
Hence, the approximate solution to the given system of equation is (-2.71, 2.14)
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