The number of unique ways is given by the number of possible
combination having distinct members.
The number of unique ways there are to arrange 4 of the 6 swimmers are <u>15 ways</u>.
Reasons:
The given parameters are;
The number of swimmers available = 6 swimmers
The number of swimmers the coach must select = 4 swimmers
Required:
The number of unique ways to arrange 4 of the 6 swimmers.
Solution:
The number of possible combination of swimmers is given as follows;
Therefore, the coach can select 4 of the 6 available swimmers in <u>15 unique ways</u>
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brainly.com/question/23589217
Answer:
3t-9 >= 0
Step-by-step explanation:
Original function f(t)= square root 3t-9
There cannot be a negative in the radicand therefore 3t-9 cannot equal a negative number.
= 9a(5x² + 3x + 2)
The distributive property lets you remove the same factor from all terms and write it outside parentheses.
1. Find the Greatest Common Factor (GCF) of <span>28,8232</span>
Method 1: By Listing FactorsList out all factors of each number, and find the first common one.28: <span>1,2,4,7,14,28</span>
8232 : <span>1,2,3...2744,4116,8232</span>
Therefore, the GCF is 28.Method 2: By Prime FactorsList all prime factors of each denominator, and find the intersection of these primes.28: <span>2,2,7</span>
8232 : <span>2,2,2,3,7,7,7</span>
Therefore, the GCF is <span>2×2×7=28</span>.
2.From above, the GCF is 28
28
3.Divide the numerator (28) by the GCF
<span>28÷28=1</span>
4. Divide the denominator (8232) by the GCF
<span>8232÷28=294</span>
5.Rewrite the fraction in the simplified form
<span>1/1<span>294
therefore your answer is 1294
Hope i help :P
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