Answer:
its is 1 my man or woman not
Step-by-step explanation:
Answer:
80 or 85
Step-by-step explanation:
because it can't be 90and it's smaller that and greater than 70
Answer:
$8(x + 10)
Step-by-step explanation:
The expression $8x + $80 has two terms. They are $8x and $80.
When you factor an expression, you are looking for numbers that every term in the expression can divide by (and give a whole number).
Just by looking at the terms, you see they both have $ you can factor out. They can both also be divided by 8. This is called taking out a common factor.
$8x + $80 Take out the common factor
= ($8x) / $8 + ($80) / $8
= $8(x + 10) The common factor goes outside the terms' bracket
This expression can't be factored more because there are no common factors. The binomial also doesn't have square numbers for example, which might make a case where you need to factor further with different methods.
Answer:
C. 135 (I saw D in the comments, but that's incorrect.)
Step-by-step explanation:
Took the quiz like 5 minutes ago. (I do home school, so we instantly get out grades rather than having to wait.)
Answer:
<h3>C)All integers are whole numbers. </h3>
Step-by-step explanation:
<h3>A)</h3>
<u>whole</u><u> </u><u>numbers</u> are the numbers 0 to +∞ (not including fraction, numbers i.e 6.89 etc)
<u>integers</u> are the numbers -∞ to +∞ (not including fraction, decimal numbers i.e -5.57, 7.74 etc)
since integers are the numbers including whole numbers thus the statement is true
<h3>B)</h3>
<u>Natural</u><u> </u>numbers are the numbers 1 to +∞ (not including fraction, decimal numbers i.e 6.89 etc)whereas whole numbers are the numbers 0 to +∞ (not including fraction, numbers i.e 6.89 etc)
hence, the statement is true
<h3>C)</h3>
All Whole numbers are integers but <u>not </u>all integers are whole numbers
therefore, the statement is <u>not</u><u> </u><u>true</u>
<h3>D)</h3>
the given definition is the perfect definition of <u>rational</u> numbers
hence, the statement is true