Answer:
To write the following expressions as a multiple of a power of 10 you need to take each of the numbers and raise them to the power of 10.
An easy way to do this is to find the decimal point and move it over one spot to the right.
a. 0.04- move the decimal one to the right and you get that 0.04^10=00.4.
b. 0.072-move the decimal to the right one spot you get 0.072^10=00.72.
c. 0.0000325-move your decical to get 0.0000325^10=00.000325.
d. 0.003-move the decimal to get 0.003^10=00.03 or three hundredths.
e. 0.23-move your decimal to get 0.23^10=2.3 or two and three tenths.
f. 0.729-move you decimal to the right to get 0.729^10=07.29 or seven and twenty-nine hundredths.
g. 0.000041- move your decimal to the right to get 0.000041^10=00.00041 or forty-one hundred thousandths.
Hope this helps ;)
Answer: Funciton A is linear. Its equation is y=1.66~(x) + 0
Step-by-step explanation:
See if this works. I’m not 100% sure!
Answer:
d = 1/4
Step-by-step explanation:
Multiply the equation by the inverse of the coefficient of the variable.
Answer:
x <= -42.5
Step-by-step explanation:
65 - 2x >= 150
-2x >= 150 - 65
-2x >= 85
2x <= -85
x <= -85/2
x <= -42.5
Answer:
47
Step-by-step explanation:
In the picture attached, the Venn diagram is shown.
We can see in the picture that the intersection between C and M (symbolized by C∩M) is made by two regions, one with 22 employees and another one with 25 employees, then 22+25 = 47 satisfy C∩M
