The girl’s hockey team won 6 games, lost 3 games, and tied 2 games. What fraction of the games did they win?

Mathematics

2 answers:

nlexa [21]2 years ago

7 0

Answer:

The correct answer to this problem is 6/11.

Step-by-step explanation:

To solve this problem, we first must figure out how many total games the girl’s hockey team played. To do this, we should add up their wins, ties, and losses.

6+3+2=11

Therefore, they played 11 games total. To find the fraction of games that they won, we make the number of games that they won (6) the numerator, and the total number of games played (11) the denominator.

This gives us the following fraction: 6/11, which is your answer.

Hope this helps!

Amanda [17]2 years ago

3 0

They won 6/11 games.

When you add the games they won, lost, and tied you see that they played a total of 11 games. It tells you that they won 6 games so you would put 6 as the numerator and 11 as the denominator and get 6/11.

You might be interested in

The amount of oil used by a ship traveling at a uniform speed varies jointly with the distance and the square of the speed. The

frosja888 [35]

Answer:

Step-by-step explanation:

Joint variation has the equation

y = kxz

k is the constant of variation and needs to be solved for using the initial conditions, then filled in later to another equation related to the given info to solve for something else. We are given y = amount of oil used, x = distance traveled, z-squared is the speed. Our equation looks like this, to be exact:

$y=kxz^2$

Filling in with the initial conditions:

$34=k(60)(20)^2$ which gives us the

k = .0014166667

Now we need to find the amount of oil used, y, under other circumstances, but this time we have our k.

$y=(.0014166667)(32)(23)^2$

which gives us that the amount of oil used, when rounded to the tenths,

y = 24.0 barrels

7 0

3 years ago

A circle with circumference 6 has an arc with a 20 central angle,<br> What is the length of the arc?

nirvana33 [79]

Answer:

0.3 units

Step-by-step explanation:

The ratio of the length of the arc to the circumference of the circle is proportional to the ratio of the central angle to the sum of angle in a circle.

$\frac{l}{6}=\frac{20}{360}$