Answer:
9.647 x 10 to the 7th
Step-by-step explanation:
that's the answer
Hey there! I'm happy to help!
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15. Interpret
I'll try to explain this quick so you can sleep. Sleep is very important for brain activity and is very important to help us learn more efficiently and to help us feel more energized and healthy (and sleep is just amazing in general) :)
All of the numbers below 1000 are going to give us negative number answers. For all of them, we just subtract 1000 from it to see how much over or below we are.
February: 10
March: -5
April: 50
May: -25
June: -20
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16. Analyze
An <u>integer </u>is just a number with no fraction or semi-value that is part of it. So 7 and -10 are integers while -1.5 and 2/3 are not.
A negative integer is one below zero, and a positive is one above zero.
PART A: Letters a and c represent the negative integers because they are to the left of zero on the number line.
PART B: letters b and d represent the positive integers because they are above zero on the number line.
PART C: They can be described as additive inverses, which have a different sign but the same <u>absolute value</u> (distance from zero). They are called this because when you combine them you get zero.
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Enjoy your sleep and keep on learning! :D
Answer:
BD measures 20 units.
Step-by-step explanation:
We are given that Point C is on the line segment BD, where:

And we want to determine the numerical length of BD.
Since C is somewhere on BD, BD is the sum of BC and CD:

Substitute:

Solve for <em>x</em>. Subtract:

Hence, the value of <em>x</em> is 4.
BD is given by 5<em>x</em>. Therefore:

In conclusion, BD measures 20 units.
Area formula:
A=(bh)/2
Base formula (reversed from area formula):
B=2A/h
=27*2/9
=54/9
=6 units squared
Therefore the length of the base is 6 units squared.
Hi TrinitySage15,
Well there are 6 types of factoring:
- Greatest Common Factor
- Grouping
- Difference in Two Squares
- Sum or Difference in Two Cubes
- Trinomials
- General Trinomials
The most common is GCF (Greatest Common Factor)
Steps:
- Write the prime factors for each number
- Underline or circle each common prime factor. (Every prime factor that is of a factor is for every number in the set).
- Then Multiplied all the underlined or circled numbers.
- That results the GCF
Hope This Helps!