Answer:
The no. of possible handshakes takes place are 45.
Step-by-step explanation:
Given : There are 10 people in the party .
To Find: Assuming all 10 people at the party each shake hands with every other person (but not themselves, obviously) exactly once, how many handshakes take place?
Solution:
We are given that there are 10 people in the party
No. of people involved in one handshake = 2
To find the no. of possible handshakes between 10 people we will use combination over here
Formula : 
n = 10
r= 2
Substitute the values in the formula
No. of possible handshakes are 45
Hence The no. of possible handshakes takes place are 45.
Answer:
6 per hour
Step-by-step explanation:you would divide 15 by 2 and 1/2
<em>Note: As you may have unintentionally missed to add the different answers, based on which we had to check who solved correctly between Tamara and Clyda's work. </em>
<em>But, I am actually solving the expression and you must note that whoever (between Tamara and Clyda's work) may have got the same answer or match the answer with mine, would be the one who solved correctly.</em>
Answer:
We conclude that whoever (between Tamara and Clyda's work) may have got the answer as 
after dividing 
by 
, would be the one who solved it correctly.
Step-by-step explanation:
Considering the expression
Lets divide the expression by
Solution Steps:
Factorizing
Factorizing
Thus,
Therefore, we conclude that whoever (between Tamara and Clyda's work) may have got the answer as after dividing by , would be the one who solved it correctly.
Keywords: expression, division
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