15 which I think is to the nearest tenths
Answer:
1,816,214,400 batting orders are possible.
Step-by-step explanation:
The order is important.
Suppose we had a two player batting order.
A batting order of Jonathan Schoop and Manny Machado is a different order than Manny Machado and Jonathan Schoop. So we use the permutations formula.
Permutations formula:
The number of possible permutations of x elements from a set of n elements is given by the following formula:
A baseball coach is creating a nine-player batting order by selecting from a team of 15 players. How many different batting orders are possible?
Selection of 9 players from a set of 15 players. So
1,816,214,400 batting orders are possible.
Answer:
11x=1
Step-by-step explanation:
15x+4=5+3x+1x Bring everything with an x in front of it to the left side
15x-3x-1x+4=5 Simplify the x values
11x+4=5 Bring the 4 to the right side
11x=5-4
11x=1
Answer: both
Unless you mistyped the first number and it’s actually -3 instead of 3 than b is the answer.
To see if they make a function you can graph all the coordinates and do the line test. Or you can look at all the numbers and see if any of the ordered pair have repeating x values. If they do, it’s not a function.
Remember, it’s (x,y) and if any X values repeat, it’s NOT a function
Answer:
The correct answer is first option 6 units
Step-by-step explanation:
From the figure we can see a rectangle was mediated to crerate A'B'C'D'
<u>To find the value of AB</u>
AB = ?
A'B' = 15 units
BC = 3.8 units
B'C' = 9.5 units
From the figure we can write,
A'B'/AB = B'C'/BC
15/AB = 9.5/3.8
AB = (15 * 3.8)/9.5 = 6 units
Therefore the correct answer is first option 6 units
