<span>-31=-6z-4z
Subtract 4z from -6z
-31=-10z
Divide both sides by -10
Final Answer: 3.1 or 3 1/10</span>
        
             
        
        
        
Answer:
4.6
Step-by-step explanation:
For this question, we need the opposite side and have the opposite
with that said, out of SOH, CAH, TOA it's fastest to use TOA
tan(75)=17/x
17/(tan(75))=x
x= 4.555136271
which rounds to
4.6
 
        
                    
             
        
        
        
Answer:
Yes, he would take the same decision.
Step-by-step explanation:
Consequently, because the decision is taken on the test based on the use of alpha equals 0.025, the p-value of the test must have been greater than the given amount of importance that is 0.025 since the test is not applicable to us. So, p > 0.025.
If we know that p > 0.025, that would not mean p > 0.1 as well, because we do not know with the details given he had to make the same decision for 0.1 degree of meaning.
As for the 0.01 significance point, we 're sure p > 0.01 is greater than 0.025, so the test does not matter.
 
        
             
        
        
        
Answer:
The total number of different arrangements is 560.
Step-by-step explanation:
A multiset is a collection of objects, just like a set, but can contain an object more than once. 
The multiplicity of a particular type of object is the number of times objects of that type appear in a multiset.
Permutations of Multisets Theorem. 
The number of ordered n-tuples (or permutations with repetition) on a collection or multiset of  objects, where there are
 objects, where there are  kinds of objects and object kind 1 occurs with multiplicity
 kinds of objects and object kind 1 occurs with multiplicity  , object kind 2 occurs with multiplicity
, object kind 2 occurs with multiplicity  , ... , and object kind
, ... , and object kind  occurs with multiplicity
 occurs with multiplicity  is:
 is:
                                                  
We know that a boy has 3 red, 2 yellow and 3 green marbles. In this case we have n = 8. 
If marbles of the same color are indistinguishable, then the total number of different arrangements is 
