Question

pls help with math
@iGreen @Data_LG2

Answer 1

i just need help how to do problem and I dont understand the ?'s

Answer 2

i believe it should be doubled because of how the other ones would double if it was increased

Answer 3

not 100% sure though

Answer 4

idk :(

Answer 5

@King.Void. can u help us with this one please thank you

Answer 6

I'm not really good at math....

Answer 7

ur a human calcutator though

Answer 8

@shrutipande9 can u help me brother man

Answer 9

Yea... I earned that by telling people to stop spamming in the math section...

Answer 10

o ok sorry for bothering u then

Answer 11

@iGreen @Data_LG2

Answer 12

The 2 mathheads

Answer 13

both are offline

Answer 14

They are online.. Just OS is glitchy..

Answer 15

probabilities ;_;
i'm not sure how to do this, but i'll try to remember

@iGreen probably knows

Answer 16

.....I thought you were a mathhead...
@iGreen you're a mathhead.. help her..

Answer 17

everyone has their weakness

Answer 18

@k12andstudyislandhelp

Answer 19

this is a k12 one

Answer 20

ok.

Answer 21

pellet what lesson is it

Answer 22

i will go to the webpage and find u the answers

Answer 23

data i need help as well bro

Answer 24

so what do you think?

Answer 25

I dont see it anywhere.

Answer 26

:L

Answer 27

@torifamelol do u mind if i post mine on here as well

Answer 28

oh! now i have an idea.
for part A:
probability of drawing a silver coin: number of silver coin/total number of coins. now, the expectation will be probability of drawing a silver coin time the number of times drawn :P

Answer 29

*times

Answer 30

11/70

Answer 31

and data y u block me man

Answer 32

is it 11/70

Answer 33

i think so @torifamelol

Answer 34

but they want a percent

Answer 35

that's the number of times drawn. Do it with the actual number of coins in the bag

Answer 36

oh let me see

Answer 37

0.1571428571428571 Into a percent

Answer 38

10

Answer 39

no, it will be: 1/10

to change this to percent: 10%

Answer 40

it would be 15% because when you are changing a decimal to a percent you move 2 numbers above the secimal

Answer 41

"probability of drawing a silver coin"

Answer 42

*decimal

Answer 43

11/70 = 0.1571428571428571 @Data_LG2

Answer 44

wait first dont I have to put it into a fraction which is 1/10. then 1/10 into a decimal?

Answer 45

wait what?

Answer 46

don't use the Number of times Drawn. Use the Actual number in the Bag

Answer 47

heh heh i didnt see that

Answer 48

like really. I didnt.

Answer 49

the actual # in bag is 10 but drawn is 70 we arent using 70 we are using 10

Answer 50

so thats part A?

Answer 51

:P not done with part A yet.

Answer 52

kk let me just write numbers down

Answer 53

k done

Answer 54

tell me what you'll put in A. I'm not sure whether you get it or not xD

Answer 55

wait @Data_LG2 They said experimental probability . Which mean the probability that has been tried. Not theory. Which is what your doing by using the number in the bag.

Answer 56

oh EXPERIMENTAL!!! so 11/70

Answer 57

alright for the first half of part A i would do
Since there's 10 actual numbers in a bag the fraction would be 1/10. because there's 1 silver out of ten. and 1/10 changed into a percentage would be 10%.

Answer 58

nope, follow k12

Answer 59

kk can we restart

Answer 60

Ok :)

Answer 61

XD

Answer 62

okay so we have 11/70 as a fraction

Answer 63

Yes

Answer 64

You need to know put that as a decimal

Answer 65

what do u mean

Answer 66

it says express the probability as a percent

Answer 67

o.o

Answer 68

To make the percent, you first have to make it a decimal. Then you change that into a percent.

Answer 69

oh ok

Answer 70

0.15714285714

Answer 71

but thats 15%

Answer 72

Correct

Answer 73

ok let me write this down

Answer 74

ok

Answer 75

done

Answer 76

Ok, now on to B. If you want.

Answer 77

yes let me read the question

Answer 78

not done with part A though, it also says "how would you expect it to change as the number of trials increases?"

Answer 79

oh. I didnt see that.

Answer 80

idk. How to do that. How bout you @Data_LG2

Answer 81

@Data_LG2 can u help with this part

Answer 82

not sure with that part also, that's why i mention it xD

Answer 83

:( Ugh

Answer 84

let me ask my brother hes in 9th grade

Answer 85

ok. But ill be here for B. Though

Answer 86

My brother said its like when they pick more out of the bag how would you expect it tochange

Answer 87

@Data_LG2

Answer 88

it is. But i dont know how to determine that.

Answer 89

letme try finding something stay here

Answer 90

ok

Answer 91

Start with a shuffled deck of cards and distribute all 52 cards to 4 players, 13 cards to each.
What is the probability that each player gets an Ace? Next, assume that you are a player and
you get a single Ace. What is the probability now that each player gets an Ace?