A spinner is divided into ten equal segments. Each segment is numbered one through nine and one segment is labeled with "Free Spin." Isaiah spins the spinner ten times and gets a number eight times. What is the probability that he will get a number on the eleventh try? zero percent ten percent ninety percent one hundred percent
I don't even think the first ten spins are relevant here. @saifoo.khan ?
It's not like the first ten spins influence the eleventh...
ikr
Well, then, ignoring the apparently irrelevant fact that this is the eleventh spin, if you spin the wheel, what are the chances that you get a number?
so its 10%
would it be 90% ?? Because the chances of getting a number on a spin is 9/10. I don't think the number of spins matters. Maybe I am wrong, or maybe I am right. You will need a second opinion. (9/10 = 90% )
I think I would be
Yeah, that :D
@terenzreignz ...your the one who gave me that idea, and I went from there.
I try :D
Based on the histogram, how many students were included in the survey? What percentage of the students surveyed babysat for at least eight hours last weekend? Show your work. A histogram titled Student Babysitting Hours Last Weekend is shown. The x-axis is labeled Hours and the y-axis is labeled Frequency Students. For zero to three hours, the frequency is ten. For four to seven hours, the frequency is fifteen. For eight to eleven hours, the frequency is twenty-five. For twelve to fifteen hours, the frequency is fifteen.
WE need a histogram, @geekfromthefutur :P
I know im attaching it
I have already got the how many students were in the survey
what is the question ?
Okay... how about how many babysat for at least eight hours?
nvm...I see it
I need the percentage that's all
Yup... now you have to count how many students baby-sat for at least eight hours :)
first tell how many babysitted longer then 8 hours and then we will figure the percentage
k
65
no....more then 8
Who babysits for 12-15 hours? D: One better suicide.
Dedicated babysitter, @saifoo.khan besides, they probably charge by the hour...
But still.. Babysitting is tooo hard.
13
idk
yall are a bunch of wooses.....lol....I can handle babysitting.
me i do tht job already
back on the subject peeps
@geekfromthefutur ....how many people are in the 8 - 11 hour group ? and how many are in the 12 - 15 hour group ?
wusses? or wooses?
^what @texaschic101 said also, quick question, what's the age of the oldest kid you guys know of that had been baby-sat?
o 25 and 15
@geekfromthefutur yup! Now add those up...
spelling is not my best subject...lol
lol its mine EASY A
Lol. babysitting is?
add 25 and 15 and that is the number of babysitters that took care of the kids more then 8 hours. Once you get that, you put that over the total number of students. Understand ?
48
who want to do another
question
That's not yet finished, though. Divide that by 65.
40 is the number of students. (25 + 15). now put that over the total number of students.
o ok
Crud, I missed the addition error...
yeah i just look at my calculater and it said 40 im a duma
i got 625
How in the blazes...
40/65 = .615 rounding to .62 = 62%
o ok u guys...and girls are awesome if i can give u another medal i would
Now for the students that did at least 8 hours..... can you do that ?
ive done more like 15 hours
I have done 3 days...beat that ...lol
dang wait ive done it for 2 year beat that i babysitted myself
I've never... :D
lol....to find the percentage of students less then 8 hours....just take 100 - 62 and you will have your answer.
oh...and put it in a percent form
so i thought 6 was the answer?
i thought 62 was the answer
@texaschic101 why do you need the students that babysat for less than 8 hours? We're counting the ones that baby-sat AT LEAST 8 hours, aren't we?
62% for students who worked more then 8 hours. 38 % for the students who worked less then 8 hours. Read your question.
so those the answers
oops......no....it is just asking for at least 8 hours. Your only answer is 62%
OMG alright who wants to do another question
I can try...I can't make no promises
ok
Darien has raw data that shows how many hot sandwiches, cold sandwiches, wraps, and salads he sold in his sandwich shop in one day. He wants to compare the number of large and small of each type of meal he sold during the day. Should he use a bar graph, a double bar graph, or a circle graph? Explain.
I think it is the double bar graph. He is comparing the large and small of each type of meal. Take a look at a double bar graph and see what you think. http://www.basic-mathematics.com/double-bar-graphs.html
yeah i think so too thx for the help chic
no problem...I am just glad I could help.....math is not my best subject....however, if you have History....I got your back on that.
thx :D ^___^
Have a nice day :)
Join our real-time social learning platform and learn together with your friends!