By the congruent supplementary theorem, what can you conclude

Answers

Answer 1

Answer: Short Answer Only B is true.
Reasoning
A
A is not True. CBG is not equal to DBG. They are supplementary but not equal.

B
B is correct.

C
CBG = DBF are given as equal. It is not necessarily true that they are supplementary. That would be true only if they were both 90o

D
The two angles are equal, but they are not supplementary. They would be only if both were 90o which is shown not to be the case.

Answer 2

Answer:

Answer:

The second option is what we can conclude.

Step-by-step explanation:

Angles FBC and DBG are congruent also because they are Opposite Angles by the Vertex, we can see trough vertex B, and neither angles have a common segment.

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When two lines intersect, they form

Answers

Intersecting lines hope this helps

They form a Point OR an Angle :))

Solve the compound inequality. Graph the solution
-2 ≤ 2x – 4 < 4

Answers

$-2 \ \textless \ = 2x - 4 \ \textless \ 4$

$-2+4\ \textless \ 2x\ \textless \ 4+4$ $Add \ 4 \ to \ the \ whole \ equation$

$2\ \textless \ 2x\ \textless \ 8$ $Simplify \ inequality$

$1\ \textless \ x\ \textless \ (8)/(2)$ $Divide \ the \ whole \ equation \ by \ 2$

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Express the set in roster form.

{x|x is a natural number multiple of 5}

Answers

$\{x|x\in\mathbb{N}\ and\ multiple\ of\ 5\}=\{0;\ 5;\ 10;\ 15;\ 20;...\}=5k\ (k\in\mathbb{N})$

38 plus what equals 180

Answers

38 plus 142 is equal to 180 again

Just replace the unknown number by x

so we have

38+x=180

Subtract 38 from both sides

x+38-38=180-38

x=142

I hope that's help:0

What is the probability of rolling a 6-sided die and getting a 1 or a prime number?

Answers

The probability of rolling a 6-sided die and getting a 1 or a prime number is 0.66 or 66%.

What is the probability?

The probability is defined as the ratio of number of favourable outcomes and the the total number of possible outcome.

Assuming the die is numbered 1 to 6.

To answer the question, we first need to know many prime numbers can be represented on the die. What are the prime numbers equal to 6 or lower?

We have 2, 3 and 5. (since 4 and 6 are not prime numbers). So we have 3 prime numbers, plus the number 1... so there are 4 possibilities valid for rolling a 1 or a prime number: 1,2,3 and 5.

There 4 possibilities out of 6 total possible outcomes, the probability of rolling a 6-sided die and getting a 1 or a prime number is;

$\rm Probability=(4)/(6)\n\n Probability=(2)/(3)\n\n Probability=0.66$

Hence, the probability of rolling a 6-sided die and getting a 1 or a prime number is 0.66 or 66%.

Learn more about probability here;

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4/6 is the probability, is this what you needed?

How many intersections are there of the graphs of the equations below? x + 5y = 6 3x + 30y = 36

Answers

The answer is one. First, these are both straight lines, meaning they will have one intersection point. In order to find the intersections of these two lines, we must set them equal to one another. So x + 5y = 6 equals 3x + 30y = 36. When you solve the two equations together, you'll get one intersection point at (0 , 1.2).

Answer:

option B. one

Step-by-step explanation:

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