9.7 x 10^3
It is the same as 3600 + 6100 = 9700 => 9.7 X 10^3
Answer:
A: Independent
Step-by-step explanation:
F(-3,-2), I(-4, 3), A(-2,3), M(1, -1)<br>
to<br>
I’(-4,-3), A’ (-2, -3), M’(1,1), F(-3,2)
icang [17]
I am not sure what exactly the question is, but all points are a reflection across the x-axis. I hope that helps.
12squared add 5squared=144+25=169 B=square root of 169 which is 13
To understand this problem, we need to first break it down. Assuming the tables are round, we can notice that this is a circular arrangement question.
We first need to assign five from a group of 10 people to a table. Since we don't care who appears on that table, we can use the notation:

However, since they are not distinct tables, then we would have overcounted by a factor of 2!, since there are two tables. Thus, the total number of ways to assign the tables is:

Now, we need to consider the total number of ways to arrange the people in each table. Since they are circular, then each table can be arranged in 4! ways.
