Answer:y=2x-1 is the right answer.
Given:
Each smoothie requires 20 ounces of cranberry juice and 10 ounces of passion fruit.
There are 1260 ounces of cranberry juice.
There are 650 ounces of passion fruit juice.
For the maximum servings of the smoothie, let
x = the number of 20-ounce cranberry juice used,
y = the number of 10-ounce passion fruit juice used.
The cranberry juice runs out when
20x = 1260
x = 63 servings
The passion fruit juice runs out when
10y = 650
y = 65 servings
Because x reaches, the cranberry juice runs out first after 63 servings of the smoothie.
There will be two 10-ounces = 20 ounces of the passion fruit left.
Answer:
(a) The cranberry juice runs our first.
(b) There will be 20 ounces of the passion fruit left over.
Answer:
a. 62 miles/hour
b. 1.25 laps/minute
Step-by-step explanation:
a. ratio of miles to the number of hours is 434 to 7 can also be written as
= 62 miles/hour
therefore rate or speed= 62 miles/hour
b. 
= 1.25 laps/minute which rate or speed
D I think don’t fault me if I’m wrong I just wanted to help
The pea plants and the yellow seeds are illustrations of genotype ration
The complete statement is: In a monotype cross of heterozygous pea plants with round (R) yellow (Y) seeds, there will be a ratio of 9 round and yellow, 3 round and not yellow, 3 not round and yellow, and 1 not round and not yellow
<h3>How to determine each ratio of the genotype</h3>
To determine the count, we make use of the following representations
- Round and Yellow -> RRYY
- Round and not yellow -> RRyy
- Not round and yellow -> rrYY
- Not round and not yellow -> rryy
From the complete question, we have:
- Round and Yellow (RRYY) = 9
- Round and not yellow (RRyy) = 3
- Not round and yellow (rrYY) = 3
- Not round and not yellow (rryy) = 1
Hence, the complete statement is:
9 round and yellow, 3 round and not yellow, 3 not round and yellow, and 1 not round and not yellow
Learn more about genotype ration at:
brainly.com/question/14795897
