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In a survey 100 students were asked to choose swimming or soccer as their favorite sport Of those 14 more students chose soccer than chose swimming How many students chose soccer?
The answer is 86 because 100 studets were asked and 14 more students chose soccer than swimming so 100-14=86, then halve 86 to make 43 and 43, then add 43 and 14 to make 57 for soccer. So 57 people chose soccer, and 43 people chose swimming. All together it equals to 100 students.
How many different groups of students can be formed from 16?
The number of different groups of students that can be formed from 16 students depends on the size of the groups being formed. If you are looking for all possible combinations of groups of any size (from 1 to 16), you can use the formula for combinations. The total number of combinations would be (2^{16} - 1) (subtracting 1 to exclude the empty group), which equals 65,535 different groups. If you specify a particular group size, the calculation would be different.
How many combinations of 5 students can a teacher choose from 24 students?
To find the number of combinations of 5 students that can be chosen from 24 students, you can use the combination formula ( C(n, k) = \frac{n!}{k!(n-k)!} ). In this case, ( n = 24 ) and ( k = 5 ), so the calculation is ( C(24, 5) = \frac{24!}{5!(24-5)!} = \frac{24!}{5! \cdot 19!} = \frac{24 \times 23 \times 22 \times 21 \times 20}{5 \times 4 \times 3 \times 2 \times 1} = 42504 ). Therefore, the teacher can choose from 42,504 different combinations of 5 students.
How many three person relay teams can be chosen from six students?
two
How many combinations of drinks are there?
There are 234,345,679 combinations of drinks in he world.
How many combinations of 3 students can a teacher choose from 32 students?
The answer is 4,960.
How many combinations of 4 person committees can be formed in a class of 20 students?
There are 4845 ways to choose 4 people out of 20 20 choose 4 = 20! / (4!16!)
How many combinations can a particular person be always included Choosing 2 people out of 10?
9 combinations - the key person and one of the remaining nine.
How many combinations of 4 students can a teacher choose from 30 students?
The answer is 30C4 = 30*29*28*27/(4*3*2*1) = 27,405
How many swimming events can a person swim in the Olympics?
3
In a survey 100 students were asked to choose swimming or soccer as their favorite sport Of those 14 more students chose soccer than chose swimming How many students chose soccer?
The answer is 86 because 100 studets were asked and 14 more students chose soccer than swimming so 100-14=86, then halve 86 to make 43 and 43, then add 43 and 14 to make 57 for soccer. So 57 people chose soccer, and 43 people chose swimming. All together it equals to 100 students.
How many medals can be won by one person in swimming Olympics?
20
What is the symbal for swimming area?
There could be many different symbols. It probably looks like a person swimming. It could be different though.
How many different coin combinations could a person have if he has exactly 66 cents?
I think there are 88 different combinations of coins that can make up 66 cents.
Therese paid 18 dollars for tickets to a drama club show Each adult ticket cost 3 dollars and each student ticket cost two dollars How many different combinations of tickets could she have bought?
2 adults, 6 students 4 adults, 3 students 6 adults 9 students 4 combinations
How many ways can a committee of 6 be chosen from 5 teachers and 4 students if all are equally eligible?
To calculate the number of ways a committee of 6 can be chosen from 5 teachers and 4 students, we use the combination formula. The total number of ways is given by 9 choose 6 (9C6), which is calculated as 9! / (6! * 3!) = 84. Therefore, there are 84 ways to form a committee of 6 from 5 teachers and 4 students if all are equally eligible.
How many different groups of students can be formed from 16?
The number of different groups of students that can be formed from 16 students depends on the size of the groups being formed. If you are looking for all possible combinations of groups of any size (from 1 to 16), you can use the formula for combinations. The total number of combinations would be (2^{16} - 1) (subtracting 1 to exclude the empty group), which equals 65,535 different groups. If you specify a particular group size, the calculation would be different.
