Given: B is the midpoint of AC
EB=BC

Prove: AB=BC
Given: B is the midpoint of AC EB=BC Prove: AB=BC - 1

Answers

Answer 1
Answer:

Answer:

Step-by-step explanation:Since B is the midpoint of AC, this means that AB and BC are equal in length, as the midpoint of a line segment divides it into two equal parts.

2. Let's assume that AB is not equal to BC. In this case, one of the line segments AB or BC would be longer than the other.

3. Since EB = BC, if AB is longer than BC, then EB would be shorter than AB. But since B is the midpoint of AC, EB and BC should be equal in length.

4. Similarly, if BC is longer than AB, then EB would be longer than BC. But again, EB and BC should be equal since B is the midpoint of AC.

5. Since assuming AB is not equal to BC leads to contradictions, our assumption is false. Therefore, AB must be equal to BC.


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Convert 2000 g/l to the unit g/ml

Answers

(2 \000 g)/(l) = \ ? \ (g)/(ml) \n \n 1 \ l = 1 \ 000 \ ml \n \n(2\ 000 \ g)/(l) =(2 \000 \ g)/(1 \000\ ml) = 2.0 \ \ (g)/(ml)


(2000\ g)/(l) =(2000\ g)/(1000\ ml) = (2\ g)/(l) =2\ (g)/(l)

There are three consecutive odd integers so that twice the largest of the three is 6 more than the sum of the other two. Find all three consecutive odd integers.

Answers

Step-by-step explanation:

ur answer....here u gi

Final answer:

The question asks for three consecutive odd numbers under a specified condition. After creating and solving an equation based on the given conditions, we find the numbers to be 5, 7, and 9.

Explanation:

We are given that there are three consecutive odd integers that follow a certain rule. Let's denote the smallest of these three numbers as x. Because the numbers are consecutive and odd, the next two numbers will be x + 2 and x + 4.

The problem states that twice the largest of the three numbers (2*(x+4)) is 6 more than the sum of the other two numbers (x + (x + 2)). In equation form, this is: 2*(x+4) = (x + x + 2) + 6.  

Solving for x, we find that x = 5. So, the three consecutive odd numbers are 5, 7, and 9, which meet the conditions provided in the problem.

Learn more about Consecutive odd numbers here:

brainly.com/question/35983904

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A number x is no more than 9 units away from 8. Write and solve an absolute-value inequality to show the range of possible values of x.|x − 8| ≤ 9
−1 ≤ x ≤ 17

|x + 8| ≤ 9
−17 ≤ x ≤ 1

|x − 9| ≤ 8
1 ≤ x ≤ 17

|x + 9| ≤ 8
−17 ≤ x ≤ −1

Answers

Answer:

Option A is right

Step-by-step explanation:

Given that a number x is no more than 9 units away from 8

This implies that number can be either larger than 8 by less than 9 units or smaller than 8 by less than 9 units.

Difference between x and 8 is at most 9.

We represent in absolute value as

|x-8|\leq 9\n-9\leq x-8\leq 9\n-1\leq x\leq 17

Hence option A is right

The answer is a (|x - 8| ≤ 9 and -1 ≤ x ≤ 17) Because the difference between x and 8 can't be greater than 9, but it can be less than or equal to it, and because the range that x could be would be -1 to 17, since 8 + 9 = 17 and 8 - 9 = -1.

What is 370,000 as a decimal?

Answers


It's  370,000.00000...  with as many zeros as you want after the decimal point.


370,000 no need for a decimal point because there are only zeros after it. they don't exist necessarily unless there was another number after the decimal point i.e. 1

Please Explain This Function out for me :)
f(s) =10 (s-65)+75

Answers

most of the time it saids that s= a number.
f(s) = 10(s - 65) + 75
f(s) = 10(s) - 10(65) + 75
f(s) = 10s - 650 + 75
f(s) = 10s - 575

What is another way to write 4 hundreds?

Answers

There is 3 form that mostly used in math: standard form, expanded form and word form. In this question, 4 hundred would be word form. So, to write 4 hundred in a different form the answer would be:

Standard form: 400
Expanded form : 4x100