A restaurant offers a $12 dinner special that has 7 choices for an appetizer, 12 choices for an entree, and 6 choices for a dessert. How many different meals are available when you select an appetizer, an entree,and a dessert?
A restaurant offers a $12 dinner special that has 7 choices for an appetizer, 12 choices for an entree, and 6 choices for a dessert.
EunoR
2021-09-08
Answered
You can still ask an expert for help
Expert Answer
izboknil3
Answered 2021-09-09
Author has 99 answers
According to fundamental counting principal it is known that, if the first event occurs in m ways, and the second event occurs in n ways, then two events occur in as sequence of mn ways.
There are 7 choices of appetizer, 12 choices of entrée, and 6 choices of dessert.
Hence, total number of different meals is,
Thus, 504 different means are available to select an appetizer, an entrée, and a dessert.
There are 7 choices of appetizer, 12 choices of entrée, and 6 choices of dessert.
Hence, total number of different meals is,
Thus, 504 different means are available to select an appetizer, an entrée, and a dessert.
Not exactly what you’re looking for?
This is helpful
Relevant Questions
asked 2021-09-09
In a fuel economy study, each of 3 race cars is tested using 5 different brands of gasoline at 7 test sites located in different regions of the country. If 2 drivers are used in the study, and test runs are made once under each distinct set of conditions, how many test runs are needed?
asked 2022-06-11
Given distinct objects, there are permutations of the objects and "circular permutations" of the objects (orientation of the circle matters, but there is no starting point, so and are the same, but is different).
Given objects of types (where the objects within each type are indistinguishable), of the type, there are
permutations. How many circular permutations are there of such a set?
Given objects of types (where the objects within each type are indistinguishable), of the type, there are
permutations. How many circular permutations are there of such a set?
asked 2020-10-20
When coin 1 is flipped, it lands heads with probability 0.4;when coin 2 is flipped, it lands heads with probability 0.7. One of these coins is randomly chosen and flipped 1o times.
(a) What is the probability that exactly 7 of the 10 flips land on heads?
(b) Given that the first of these ten flips lands heads, what is the conditional probability that exactly 7 of the 10 flips lands on heads?
(a) What is the probability that exactly 7 of the 10 flips land on heads?
(b) Given that the first of these ten flips lands heads, what is the conditional probability that exactly 7 of the 10 flips lands on heads?
asked 2021-09-10
A report revealed that the average number of months that an employee stays in a factory is 36 months. Assuming that the number of months of an employee tenure in the factory is normally distributed with a standard deviation of 6 months, find the probability that a certain employee will stay.
a. More than 30 months
b. Less than 24 months
c. Between 24 to 48 months
asked 2020-10-27
A population of N =16 scores has a mean of p = 20,
After one score is removed from the population, the new mean is found to be
asked 2022-06-03
How are we able to calculate specific numbers in the Fibonacci Sequence?
I was reading up on the Fibonacci Sequence, when I've noticed some were able to calculate specific numbers. So far I've only figured out creating an array and counting to the value, which is incredibly simple, but I reckon I can't find any formula for calculating a Fibonacci number based on it's position.
Is there a way to do this?
I was reading up on the Fibonacci Sequence, when I've noticed some were able to calculate specific numbers. So far I've only figured out creating an array and counting to the value, which is incredibly simple, but I reckon I can't find any formula for calculating a Fibonacci number based on it's position.
Is there a way to do this?
asked 2021-01-02
Prove that
