Question

Using Jack's simulation, what is the probability of rolling a 6 on the number cube and the coin landing on heads?
fraction 1,107 over 10,000
fraction 1,593 over 10,000
fraction 27 over 100
fraction 41 over 100

Answer 1

@tom982

Answer 2

@Lexi_Loves @linksonic1 @LanHikari22

Answer 3

fraction 1,107 over 10,000

Answer 4

How do you know that?

Answer 5

How did you figure it out?

Answer 6

hello?

Answer 7

yes

Answer 8

How do you know it is fraction 1,107 over 10,000?

Answer 9

@nuccioreggie If you help me ill help you

Answer 10

@pooja195 @misty1212

Answer 11

HI!!

Answer 12

would help if we saw the simulation right?

Answer 13

Hello!

Answer 14

Yes

Answer 15

Number on the Cube Number of Times Rolled
1 16
2 14
3 5
4 17
5 21
6 27


Heads Tails
41 59

Answer 16

@misty1212 please come back

Answer 17

the total is 49+51=100 right?

Answer 18

yes

Answer 19

lolol this must be some other simulation
it has heads and tails, like a coin, but your question is about rolling a 6 on a die
i think you must be real confused by this

Answer 20

oooh i see nvm i was confused
we can do this

Answer 21

this is the dice part:

Number on the Cube Number of Times Rolled
1 16
2 14
3 5
4 17
5 21
6 27

Answer 22

ok lol

Answer 23

head is \(\frac{49}{100}\) right?

Answer 24

yes

Answer 25

OH WAIT IT IS 41

Answer 26

how about 6's?

Answer 27

lol

Answer 28

it is 27/100

Answer 29

ok heads is \(\frac{41}{100}\) how about sixes/?

Answer 30

ok then your last job is to multiply those two fractions

Answer 31

\[\frac{27}{100}\]

Answer 32

ok tyhanks\

Answer 33

\[\frac{41}{100}\times \frac{27}{100}\]

Answer 34

\[\color\magenta\heartsuit\]

Answer 35

\[\frac{41}{100}\times \frac{27}{100}\]

Answer 36

is 1107 as the numerator and 10000 as the denominator

Answer 37

yay thanks!