I think it should be about 10yd cause I counted 11-12yds
Answer:
a. False
b. True
c. True
d. False
Step-by-step explanation:
a. Is false because it says the equivalent ratios of centimeters and feet. When it is comparing centimeters and inches
b. Is true because the unit rate in this double number line is 2.54 centimeters per inch
c. Is true because it shows on the double number line that 6 inches is equal to 15.54 centimeters
d. Is false, although the fact that 0.039 inches are in a centimeter is true, it does not show that rate in the double number line
I hope this helps :)
A factor is any number that can be divided into another number evenly. When factoring, we look for common factors within a math expression. Factoring is normally used when finding common factors. The beauty of finding common factor is that it allows us to apply the distributive property usually applies multiplication to an existing mathematical expression such as an addition statement. This means that a number that is outside the parenthesis of an addition problem can be multiplied by each of the numbers inside the parenthesis. The opposite case is; a common factor can be factored out and written outside the parenthesis.
Answer:
y=(2/3)x
using m=(Y2-Y1)/(X2 -X1)
where the coordinates used are ( -3,-2) and (3,2).
The equation of the line is give by the formula, Y - Y1=m(X -X1)
Answer:
Assuming you want to simplify the expression, it can be shortened to:
-k² - 2k
Step-by-step explanation:
What you need to do here is called grouping like terms. Like terms can be described as terms that have the same factors. In this case, the factors we're looking at are k and k²:
Given:
k - 3k² -3k + 2k²
We'll rearrange to group like expressions:
= -3k² + 2k² + k -3k
Pull out common factors:
= (-3 + 2)k² + (1 - 3)k
And simplify:
= -k² - 2k