When rounding, look to the next place to the right of what you are rounding to... for example if you are rounding to the nearest hundredth, look to the thousandths place to see if the hundredths place rounds up or down. Since your number, 615.44 stops on the hundredths place, the thousandths place is automatically zero, so your number stays the same.
615.44
52 quadrilaterals would have 52 ÷ 4 = a
a = your answer.
My answer is reasonable because if you have 52 sides from quadrilaterals you would need to divide by 4 to get the amount of quadrilaterals you have. Check your work by multiplying 4 x a = __ (The blank should be 52)
< the bigger number is facing the back of the arrow it points to the smaller number Example: 1<2
Answer:
slope intercept form
Step-by-step explanation:
<em><u>The polynomials are:</u></em>
<em><u>Not a polynomial are:</u></em>
<em><u>Solution:</u></em>
Polynomial is an expression with variables and coefficients,
Which involves only the operations of addition, subtraction, multiplication, and non-negative integer exponents of variables
<em><u>Option 1</u></em>
Polynomial does not include roots
This is not a polynomial equation
<em><u>Option 2</u></em>
This is polynomial expression involving addition and subtraction between terms with non-negative integer exponents of variables
<em><u>Option 3</u></em>
This is not a polynomial. This equations involves negative integer exponents of variables
<em><u>Option 4</u></em>
This is a polynomial involving addition and subtraction between terms with non-negative integer exponents of variables
<em><u>Option 5</u></em>
This is not a polynomial. This equations involves negative integer exponents of variables
<em><u>Option 6</u></em>
This is a polynomial involving addition and subtraction between terms with non-negative integer exponents of variables