Answer: 9.3d−g-10.4f
Step-by-step explanation:
Answer:
2 1/4 teaspoons of baking powder
Step-by-step explanation:
First, you need to think what is a full teaspoon
8 x 2 = 16( 1 teaspoon)
How many times can 16 go into 36
(3 dozen) 36 ÷ 16 = 2
now there is just 4 muffins left
to get this divide 1/2 in 1/2
you should get 1/4
Answer:
Alyssa's team won 20 games.
Step-by-step explanation:
We can introduce a variable that represents how many games Alyssa's team won.
Let x<em> </em>represent how many games Alyssa's team won.
We can now create a expression, we know that her team won 5 out of 7 games which would be equivalent to the fraction 5/7. We also know her team has played 28 games and five sevenths (5/7) of those they won.
This would give us the expression 5/7 = x/28.
We need to do this because 5/7 is equivalent to x the numbers of games they won over 28 the number of games they played.
Solving for 5/7 = x/28 we have:
5/7 = x/28
We need to isolate x on the right side to do so we can multiply both sides by 28.
5/7 * 28 = x/28*28 simplifying
20 = x.
Therefore the number of games Alyssa's team won is 20 games.
Answer:
there are 4725 different ways to pick the 11 players
Step-by-step explanation:
assuming that a player can only play from its position and not from the other 2 , then each defensive position is independent from the others , and since the order each player is chosen is not relevant we have that:
total combinations = possible combinations of linemen * possible combinations of linebackers * possible combinations of defensive backs = combinations of 5 linemen from 7 * combinations of 4 linebackers from 6 * combinations of 2 defensive backs from 6 = [ 7!/(5!*(7-5)!] * [ 6!/(4!*(6-4)!] * [ 6!/(2!*(6-2)!] = 7!/(2!*5!)*[ 6!/(4!*2!)]² = 4725 combinations
thus there are 4725 different ways to pick the 11 players
Answer:
The mode is 71 and the median is 70.5.
Step-by-step explanation:
The mode is the most occurring number, meaning that 71 (occurring 3 times) is the mode. For median, you have to order the numbers least to greatest (52, 54, 54, 68, 70, 71, 71, 71, 79, 81) and find the number(s) that are in the middle. The two numbers in the middle of the set are 70 and 71. The number in between 70 and 71 is 70.5, getting you your median. I hope this helps! :)
