Answer:
PART A: Venti has the best unit rate because it is the cheapest per oz.
PART B: Venti has the best unit rate because it is the cheapest per oz. Since we are viewing the unit rate for oz, you divide the cost over the amount of oz. This will give you the unit rate and for us, the worst unit rate was the Tall cup and the best unit rate was the Venti cup.
Step-by-step explanation:
<u>PART A</u>
<u>Step 1: Figure out what is the unit rate for each cup size</u>
Tall -> 3.55/12 = 0.30 per oz
Grande -> 4.25/16 = 0.27 per oz
Venti -> 4.55/20 = 0.23 per oz
Answer: Venti has the best unit rate because it is the cheapest per oz.
<u>PART B</u>
Venti has the best unit rate because it is the cheapest per oz. Since we are viewing the unit rate for oz, you divide the cost over the amount of oz. This will give you the unit rate and for us, the worst unit rate was the Tall cup and the best unit rate was the Venti cup.
Y-intercept is 5 and slope 11
Answer:
245in
Step-by-step explanation:
<u>Square</u>
7x7=49in
<u>Triangle</u>
14x7/2=49in
49x4=196in
<u>Altogether</u>
196in + 49in = 245in
pls mark brainliest....:)
Do you mean north east? If it is something else comment below..
Answer:
The probability of seeing both = 0.32
Step-by-step explanation:
<u>Step:-(i)</u>
Given data the probability that you see a butterfly during a nature center tour is 80%
Let 'B' be the event of butterfly during a nature center tour
The probability that you see a butterfly during a nature center tour is 80%
P(B) = 80% = 0.80
Given data the probability that you see a turtle is 40%
Let 'T' be the event of turtle a nature center tour
P(T) = 40% = 0.40
<u>Step:-(ii)</u>
<u>Independent events </u>
If the occurrence of the event B is not effected by the occurrence or non-occurrence of the event 'A' , then the event 'B' is said to be independent of 'A'
If A and B are independent events then
P(A ∩B) =P(A) P(B)
now the given data the butterfly and turtle are independent events
probability of seeing both
P(B∩T) = P(B).P(T)
= 0.80 × 0.40
= 0.32
