Question

A spinner is divided into many sections of equal size. Some sections are red, some are blue, and the remaining are green. The probability of the arrow landing on a section colored red is 9 over 20. The probability of the arrow landing on a section colored blue is 6 over 20. What is the probability of the arrow landing on a green-colored section?

Answer 1

@Lady.Liv1776

Answer 2

15 over 20
11 over 20
6 over 20
5 over 20

Answer 3

I believe it is 5 over 20

Because you add 9 + 6 = 15
15+5 = 20
5/20

Answer 4

thanks

Answer 5

yw

Answer 6

A jar has 15 pink gumballs, 22 green gumballs, 19 red gumballs, and 19 yellow gumballs. Which colored gumball has the greatest probability of being picked when a child randomly draws one out of the jar?
Red
Pink
Green
Yellow

Answer 7

I would say green

Answer 8

That question is really simple. basically, which color has the most gumballs

Answer 9

Linda throws a dart that hits the square shown below:

A square is drawn. A circle of radius 9 units touches the sides of the square.

What is the probability that the dart hits a point in the circle?
18%
21.5%
78.5%
81%

Answer 10

dis one ant

Answer 11

I would have to say 21.5%

Answer 12

thanks and what do u think lady lol

Answer 13

?

Answer 14

I agree :P

Answer 15

ok

Answer 16

holup

Answer 17

A spinner is separated into 3 equal pieces, as shown below:

A spinner is shown with three colors, red, yellow, and purple, marked on it. The arrow points towards the red color.

Mary spins the spinner 6 times. What is the theoretical probability that it stops on the red sector on the last spin?
1 over 36
1 over 9
1 over 3
2 over 3

Answer 18

Does the spinner look something like this?

Answer 19

hold on igy

Answer 20

like that lol

Answer 21

there all even

Answer 22

Mk so yea it looks similar to the one i've done . Now pretend that your mouse or your finger is the arrow and spin it 6 times around the circle with eyes closed and tell me what you land on.

Answer 23

red lol

Answer 24

i would go with C because the circle is split in 3 so every color has the same chance of being picked so each color is 1 to 3--1 to 3---1 to 3 With this information like i said i'd go with C

Answer 25

Do you have any more questions?

Answer 26

yes lol

Answer 27

OK shoot them at me.

Answer 28

Mike tossed a coin several times and recorded the number of heads and tails in the following table:

Coin ExperimentSide of Coin Number of
Tosses
Heads 24
Tails 26


What is the experimental probability of getting heads?

0.24
0.26
0.48
0.92

Answer 29

Add the total number of tosses. 24+26=50
geeting heads so take 24/50=.48

Answer 30

So 0.48 is what I would go for

Answer 31

@Mrs.Allison or @Lady.Liv1776 would you two see if im correct, because I dont want to get any wrong.

Answer 32

A box contains 100 colored chips; some are violet and some are red. Wilson chooses a chip at random, records the color, and places it back in the bag. Wilson has recorded 9 violet chips and 16 red chips. Using these results, what is the predicted number of violet chips in the box?
11
25
36
75

Answer 33

There's 75 left in the bag, so it's not D, 75

Answer 34

set it up as a ratio->
9:16
9*3=27
16*3=48
27+48=75

Answer 35

So it would be 25 the closest.

Answer 36

yeah i was thinkin that

Answer 37

Alright good

Answer 38

A paper cup is dropped and its landing position is recorded. The cup can land on the side, on the open end, or on the closed end. The results of 20 trials are shown in the table below:

A chart shows tally marks. Main title for the chart is Paper Cup Experiment. The title for the second column is Number of times occurred. The tally mark corresponding to open shows a set of 4 vertical lines cut by a slanting line and a set of 3 vertical lines. The tally mark corresponding to closed shows a set of 4 vertical lines. The tally mark corresponding to side shows a set of 4 vertical lines cut by a slanting line and a set of 3 vertical lines.

Based on the table, which of the following best compares the experimental probability of the cup landing on its open end with the experimental probability of the cup landing on its closed end?
The probabilities are equal.
The probability of landing on the open end is greater.
The probability of landing on the closed end is greater.
No conclusion can be made.

Answer 39

@Mrs.Allison Will be helping you now I believe because I have my own school work I need to attend to.

Answer 40

ok

Answer 41

im here

Answer 42

hey

Answer 43

Alright, well @reymoton if you ever need me again, just msg me. good bye all.

Answer 44

ok soo Mrs.Allison u gone help or no

Answer 45

yea man i need your help again @samman8801

Answer 46

Haha ok, I guess I will have to multitask.

Answer 47

A paper cup is dropped and its landing position is recorded. The cup can land on the side, on the open end, or on the closed end. The results of 20 trials are shown in the table below: A chart shows tally marks. Main title for the chart is Paper Cup Experiment. The title for the second column is Number of times occurred. The tally mark corresponding to open shows a set of 4 vertical lines cut by a slanting line and a set of 3 vertical lines. The tally mark corresponding to closed shows a set of 4 vertical lines. The tally mark corresponding to side shows a set of 4 vertical lines cut by a slanting line and a set of 3 vertical lines. Based on the table, which of the following best compares the experimental probability of the cup landing on its open end with the experimental probability of the cup landing on its closed end? The probabilities are equal. The probability of landing on the open end is greater. The probability of landing on the closed end is greater. No conclusion can be made.

Answer 48

You might have to guess on that because I cant exactly see the question google is telling me "Your client has issued a malformed or illegal request."

Answer 49

Meg rolled a fair six-sided die 28 times. The table below shows the number of times each number was rolled:

Number Cube ExperimentNumber on
the Cube Number of
Times
Appeared
1 2
2 7
3 9
4 4
5 6
6 0



According to the results in the chart, what is the experimental probability of getting a number less than 3 on the die?

19 over 28
9 over 28
7 over 28
2 over 28

Answer 50

Ok I really need to go, im just gonna tag alot of people and hopefully one will help, @Agl202 @Mrs.Allison @Lady.Liv1776 @Legends @geekfromthefutur @phi @funfuse2 @Xnlovely @CountryGurl15 @RECKLESS43 @SneliS @Jaynator495 @lordhelix8th @ortiz09 @Mchilds15