How do i find the answer to this question?

Answers

Answer 1

Answer: Answer is choice D) AC < FH

Think of a door. Imagine tying a string to the handle of the door and to the metal part where the door would touch if the door was closed. The more open the door is, the longer the string would be (if the string is completely taut and there's no slack). This is the hinge theorem in action. The larger the angle, the larger the opposite side.

Applied to this problem, we have angle G larger than angle B, so the respective opposite sides are larger in this order (FH is larger than AC). This theorem only works if we know the other two sides are fixed in length and are equal. If either AB = GH or BC = FG was false, then the hinge theorem would not work here.

Answer 2

Answer: the answer is D) AC<FH

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Mathnificent is a math tutoring service. The first year it was open, it had 6 students. If 4 new students enroll each year, which of the following equations represents how many students will be enrolled in x years?

Answers

Answer:

every year they add 4

Step-by-step explanation:

every year they add 4 so

year 1- 10

year 2- 14

year 3- 18

year 4- 22

year 5- 26

What's the answer to -7(3m-4)+2

Answers

-7(3m - 4) + 2

First, expand to get rid of parentheses. / Your problem should look like: $-21m + 28 + 2$
Second, add 28 + 2. / Your problem should look like: $-21m + 30$

Answer: -21m + 30

You mix the letters S, E, M, I, T, R, O, P, I, C, A, and L thoroughly. Without looking, you draw one letter. Find the probability P(I) as a fraction, a decimal, and a percent.

Answers

1/12; 8.333...; 833.333...%

Find the midpoint of A and B where A has coordinates (2,7)
and B has coordinates (6,3).

Answers

The midpoint of A and B where A has coordinates (2,7) and B has coordinates (6,3) is (4, 5)

If B(x, y) is the midpoint of the line segment AC with end points at A(x₁, y₁) and C(x₂, y₂), the coordinates of B is:

x = (x₁ + x₂)/2; y = (y₁ + y₂)/2

Let O(x, y) be the midpoint of A and B where A has coordinates (2,7) and B has coordinates (6,3). Hence:

x = (2 + 6)/2 = 4; y = (7 + 3)/2 = 5

Hence the midpoint of A and B is (4, 5)

Find out more at: brainly.com/question/2441957

Given that the coordinates of the point A is (2,7) and the coordinates of the point B is (6,3)

We need to determine the midpoint of A and B

Midpoint of A and B:

The midpoint of A and B can be determined using the formula,

$Midpoint =((x_1+x_2)/(2), (y_1+y_2)/(2))$

Substituting the points (2,7) and (6,3) in the above formula, we get;

$Midpoint =((2+6)/(2), (7+3)/(2))$

Adding the numerator, we have;

$Midpoint =((8)/(2), (10)/(2))$

Dividing the terms, we get;

$Midpoint =(4, 5)$

Thus, the midpoint of the points A and B is (4,5)

What ate the coordinates of the fourth point that could be connected with (-8, 0), (1,0), and (1-5)

Answers

Well you can find out by the question it's pretty easy....

you have to find the same x coordinates and then see what the difference is in the y coordinate. For example, (1,0), and (1,-5) the difference is -5. So for (-8,0), and (1,0) your answer would be (8,-5)

Can u guys help me on this one too
20 + g = 25

Answers

20+5=25

Hope its correct ad definitely hope it helps:)

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