In calculating this, you would have to find the unit price first.
$13 per 3 1/4 yards is also equal to $4 per yard.
Then you would have to find out the other ones' unit prices.
a) $16 per 4 2/3 yards is equal to around $2.82 per yard, so <u>No</u>
b) $11 per 2 3/4 yards is equal to $4 per yard, so <u>Yes</u>
c) $26 per 6 1/2 yards is equal to $4 per yard, so <u>Yes</u>
I solved these by dividing the amount of money by the amount of string.
Answer:
For this case the correct answer is the product
Step-by-step explanation:
When we have two events that occur at the same time, let's assume A and B the two events, and we want to find this probability:

And we want that he probability of each occurrence yielding the same result is the of the probability of each separate event since "The probability of two independent events occurring together is the of the probability of each event occurring separately". So for this case we need to use the independence condition like this:

And then the correct option is product rule.
What are u exactly asking
I think the answer will be A. but i dont know for sure.