The more times you do a test, the more accurate the results will be.
Since there are only 2 options/sides the probability should be 1/2 for both heads and tails.
Her error was both mathematical (her experimental probability number didn't make sense) and her lack of sufficient testing.
Answer:
(x, y) = (2, 2)
Step-by-step explanation:
The problem statement tells us ...
GK : GJ = 3/5 . . . . the given ratio
5(GK) = 3(GJ) . . . . multiply by 5(GJ)
5(K-G) = 3(J-G) . . . replace segment lengths with endpoint differences
5K -5G = 3J -3G . . . eliminate parentheses
5K = 3J +2G . . . . . add 5G
K = (3J +2G)/5 . . . . divide by 5
K = (3(6, 0) +2(-4, 5))/5 = (18 -8, 0+10)/5 . . . . substitute point coordinates
K = (2, 2)
The values of x and y are both 2.
121 7/13 because 1580/13 is 121.538461538, and 7/13 is 0.538461538. therefore, 1580/13=121 7/13.
Do you can posting a drawn please ?
<span>Here are the only ones I can think of that have only one even number and one odd number.
</span>8 x 15
5 x 24
3 x 40
I simply used a calculator and did 120/1, 120/2, 120/3 etc.. and found these numbers that work together.