Answer:
a. No
b. No
c. No
d. Yes
e. Yes
f. No
g. Yes
h. No
Step-by-step explanation:
∵ When g(x) multiplying by a number < 1, then it compressed vertically
∴ a. , b. and c. No but d. Yes
∵ When the graph translated up b units we add g(x) by b
∴ e. Yes f. No
∵ When the graph translated right a units we put x-coordinate
of the function minus a
∴ g. Yes and h. No
Range of data set in the question is 10-4 = 6
Range of D is also 6 ( 15 - 9)
Answer:
Step-by-step explanation:
A on edge
Answer:
You will need to find the number of measures per beat (it will be a fraction): 7/56=0.125 Then, you multiply that by 104: 0.125x104=13 This means that there will be 13 measures after 104 beats.
Step-by-step explanation:
104 beats is multiplied with the decimal of the fraction of beats and measures which means it has been used with whole numbers
0.125 is not a whole number we know x 100 is 12.5 and we know x4 is 0.5
When we work with the first 4 multiples we can usually spot whether it would take more than 4 to round figure it to 0.5 to add to 12.5
There are 3 digits as decimals and x 100 quantifies. just by adding 4 to x100 to each of them until a whole number found 12.5 + 0.5 = whole number = 13.
Answer:
Eli
Step-by-step explanation:
To find the most chocolately, analyze the unit rate per 1 ounce. The unit rate with more chocolate in ml per 1 ounce will be more chocolately.
To find the unit rate, create a fraction of syrup over hot water.
Arjun - 
ml per 1 ounce
Eli - 
ml per 1 ounce
Eli's is greater and therefore more chocolately.
