3. The length of the line segment is 16 units
<u>Step-by-step explanation:</u>
Considering the properties of quadrilateral, opposite sides are parallel and equal, we can find the value of n, using that n value we can find the value of segment GH.
As given in the problem, sides FG and EH are parallel and so they are equal.
So we can write, the next side EF and GH is also parallel,
EF = GH
4n-4 = 2n+ 6
Grouping the terms we will get ,
4n - 2n = 6+ 4
2n = 10
n = 10/2 = 5
So GH = 2(5) + 6 = 10+ 6 = 16 units.
Yes , she is right. All the remaining can be expressed in binomial.
II)
is a binomial
iii) is a binomial
iv) is a binomial
v) = is also a binomial
A, B, and C are the coefficients. They are not the terms as you have written now.
A quadratic equation is in the form Ax^2 + Bx + C. Therefore, A = 1, B = 8, and C = -6.
The axis of symmetry is found using the equation -b/2a, as you've done. Therefore, the axis of symmetry is -8/2(1) = -4.
Hope this helps!! :)
Since you know it's a square, you also know that all the sides are 3 2/3. So to find area you multiply, so 3 2/3 x 3 2/3. An easy way to do this is convert it to a mixed number (11/3) and then multiply:
11/3 x 11/3 = 121/9
I am going to say 15 but I am not sure since there is no pic