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A baseball team played 75 games and lost 20% of them. How many games did the team lose?15
20
55
60

Answers

Answer 1

Answer:

Answer:

$\huge\underline\color{magenta}{Answer ☘}$

total games played =75

games lost =20%

$20\% \: of \: 75 = (20)/(100) * 75 \n = > (1)/(5) * 75 = 15$

therefore..

total games lost =15

hope helpful~

Answer 2

Answer: It’s 15 because 20% of 75 is 15

Related Questions

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en una canasta se tienen 10 bolas cafes, 5 bolas azules y 15 verdes. Si se saca una al azar, ¿cual es la probabilidad de que esta no sea azul? ¿cual es probabilidad de que sea verde?

Answers

Answer:

The probability that the selected ball is not blue is $(5)/(6)$ .

The probability that the selected ball is green is $(1)/(2)$ .

Step-by-step explanation:

The question is:

There are 10 brown balls, 5 blue balls and 15 green balls in a basket. If one is drawn at random, what is the probability that it is not blue? What is the probability that it is green?

Solution:

The probability of an event E is the ratio of the favorable number of outcomes to the total number of outcomes.

$P(E)=(n(E))/(N)$

The probability of the given event not taking place is known as the complement of that event.

Complement of the event E is,

1 – P (E)

The number of different color balls are as follows:

Brown = n (Br) = 10

Blue = n (Bu) = 5

Green = n (G) = 15

Total = N = 30

Compute the probability of selecting a blue ball as follows:

$P(\text{Bu})=\frac{n(\text{Bu})}{N}=(5)/(30)=(1)/(6)$

Compute the probability of not selecting a blue ball as follows:

$P(\text{Not Bu})=1-P(\text{Bu})$

$=1-(1)/(6)\n\n=(6-1)/(6)\n\n=(5)/(6)$

Thus, the probability that the selected ball is not blue is $(5)/(6)$ .

Compute the probability of selecting a green ball as follows:

$P(\text{G})=\frac{n(\text{G})}{N}=(15)/(30)=(1)/(2)$

Thus, the probability that the selected ball is green is $(1)/(2)$ .

Which graph shows a system with no solutions? Graph A Graph B Graph C y=-3x 5+ y = 2x-1 بل 42y = 4x-2

Answers

Answer:

Graph B

Step-by-step explanation:

Given

Graphs A, B and C

Required

The graph with no solution

Each of the graphs have two parallel lines.

For Graph A

There is a point of intersection between both lines

For Graph B

No visible point of intersection between both lines

For Graph C

Both lines are the same

Since graph B has no point of intersection between the two lines, it has no solution

Question 8A rectangle has vertices at (0,0), (3,0), and (0,6). What is the area
of the rectangle?

I’ll mark you!

Answers

Answer:

18 square units

Step-by-step explanation:

The area of a rectangle is simply it's base length multiplied by its height.

A = b × h

Since a rectangle has all right angles, it must have two sets of parallel sides.

Given the coordinates (0, 0), (3, 0), (0, 6) which are vertices of the rectangle. You can find the distance between each point to get the side length and then multiply the two side lengths together.

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