A spinner has six sections of equal shape and size. Each section is either black or white. The table shows the result of an experiment when the spinner was spun 90 times: Result of Spin Black White Number of Spins 72 18 Based on the datawhich of the following best describes the experimental probability of the arrow landing on a black or white section of the spinner? The spinner is equally likely to land on black or whit The spinner is 4 times more likely to land on whit The spinner is 4 times more likely to land on black The information cannot be concluded from the data table
@TerriKirkland @skielerlucas04 ??
@Skielerlucas04 can you hellpp mee
I would say A @amandacross
no i mean with a different test
because i have 50 in that class right now, and theres one more test so im hoping i can get a better grade on it.
and i learned how to copy and paste now so it doesnt take 45 minutes!!! @Skielerlucas04
lol thats good
ok hold on lemme enter the test
i got my "human calculator"
XD
lol
if i dont pass my course then i dont get to go to highschool so im crossing my fingers
ill help the best i can
than you
np
oh my god its only 4 questions
lol thats good tho
but its not multiple choice, i have to type it all out
nvm lol that sucks :(
yeah but can you still help
ofcourse
ty
whats the questions
<img src=" http://learn.flvs.net/webdav/assessment_images/educator_mjmath2_v14/06_14_p2_01.jpg " alt="A square is shown with sides labeled 9. A shaded circle is shown in the center of the square. The diameter of the circle is 3."/>
Part A: Is the probability of hitting the black circle inside the target closer to 0 or 1? Explain your answer. (5 points) Part B: Is the probability of hitting the white portion of the target closer to 0 or 1? Explain your answer. (5 points)
@Skielerlucas04
this is confusing me lol
sorry
is that all one question?
yes
ohhh ok
<img src=" http://learn.flvs.net/webdav/assessment_images/educator_mjmath2_v14/06_14_p2_01.jpg " alt="A
thats just the picture ^
ik
Part A: Is the probability of hitting the black circle inside the target closer to 0 or 1? Explain your answer. (5 points) Part B: Is the probability of hitting the white portion of the target closer to 0 or 1? Explain your answer. (5 points)
and theres tha questions lol^
sorry i tried to make it easier to read
ok the area of the circle is 7.07
ok but i need to now how you did it, because it wants me to explain my answer.
and the area of the square is 81
the probability of hitting inside the target would be closer to 0 because there is a higher total area in the square and the circle only covers 7.07 total area of the square out of the 81 total area that the square has
ok so thats part a?
yes
the probability of hitting the white is closer to 1 because the the black circle only takes up 7.07 of the area of the square so the square (white part) has a higher probability of getting hit
ok thank you so much
was that one or two questions
1
Isla flipped a coin 30 times. The coin landed heads up 9 times and tails up 21 times. Part A: Based on the results, what is the experimental probability of the coin landing heads up? Show your work. (5 points) Part B: What is the theoretical probability of the coin landing heads up? Show your work. (5 points)
based on theoretical probability the coin should land heads up 15 times since there are two sides to the coin and since she flipped it 30 times you would usually have the amount of heads and tails split even
thats for part B
sorry i was eating a pineapple
based on the results, there is a 30% chance that she will get heads because from the results you would take 9 and divide that by 30 and get .3 then multiply that by 100 and that would give you 30%
ok thank you, and since it all has to be typed out my teacher has to grade it instead so it might take a few days for the results to come in, but ill let you know what i get as soon as i do.
ok cool
is that it?
no, there is 2 more
can i pm u?
pm?
private message
oh yeah sure
how do you do that lol
just did
post the other ones
one at a time tho lol
ok
Jake tossed a paper cup 50 times and recorded how it landed. The table shows the results:
Position Open Side Up Closed Side Up Landing on Side Number of Times Landed in Position 3 7 40
Based on the table, determine the experimental probability of each outcome (landing open side up, landing closed side up, and landing on its side). Show your work.
sorry i sent it in pieces lol
can u send a pic of the table
it wont, it just sends it in word form
can u send it all in one piece?
yes give me a second
Jake tossed a paper cup 50 times and recorded how it landed. The table shows the results: Position Open Side Up Closed Side Up Landing on Side Number of Times Landed in Position 3 7 40 Based on the table, determine the experimental probability of each outcome (landing open side up, landing closed side up, and landing on its side). Show your work.
LUCAS
what u do is take the number of times each position that it landed and divide it by 50 then multiply by 100
wait is that the answer or do you actually want me to do that
for example 3 divided by 50=0.06 then multiply that by 100 and u get 6% for the probabitity of it landing open side up position
IS THAT THE ANSWER ORR
UM
caps xD
UM OK ILL SEND THE SECOND ONE YES OKAY GOOD
Mark spins a penny 100 times and it lands head side up 41 times. Explain why Mark's experimental probability may be different from the theoretical probability of spinning a coin.
@Skielerlucas04 ^^^
because the theoretical probability would say that the amount of times the coin lands on heads would be very close if not the same as the amount of times it would land on tails. so since he is spinning it randomly, he is going to get a random number and it could be way off from the theoretical probability.
ok is that the answer for the one i just sent you?
yes
did u get the other one
i was showing u how do it
no lol
just give me the answer its easier
i ggave u one answer
6%
can you give me the rest
oh my god my family is walking out the door
the 7 divided by 50= 0.14x100=14% for close side up
then 80% for the last one
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