29.3333333333333333333 with nvr ending 3's. or you could say 'twenty-nine and three repeated' or you could write it as '29.3 but with a bar over the 3'.
if u mean 24/52, one is 12/26
52% of 24 hours= 52% * 24= 0.52 * 24= 12.48 hours OR 12 hours 28 minutes 48 seconds
P=2(w)+2(l) 52=2(12)+2(l) 52=24+2l 52-24=2l 28=2l 14=l The length is 14 cm.
If there is 52 cards the probability is 48/52 or 24/26 or 12/13
If you group the division pairs: (24/6) x (3/52) = 4 x 3/52 = 12/52 = 3/13 If you go sequentially, it is the same in this case. But if you arrange them [24 / (6 x 3)] / 52, you get a different result, which is 1/39.
if u mean 24/52, one is 12/26
52% of 24 hours= 52% * 24= 0.52 * 24= 12.48 hours OR 12 hours 28 minutes 48 seconds
52 - 12 or 72 - 52
52
P=2(w)+2(l) 52=2(12)+2(l) 52=24+2l 52-24=2l 28=2l 14=l The length is 14 cm.
84 16+8=24 24+12=36 36+16=52 52+16=68 68+16=84
If there is 52 cards the probability is 48/52 or 24/26 or 12/13
In this set of data 52 is an outlier, because its value is far away from the rest of the data. This outlier will make the average, or mean, of the data go up.
2 goes into 24 12 times and into 52 26 times. 4 goes into 24 6 times and into 52 13 times.
If you mean: 12 = 24-y then y = 12
If you group the division pairs: (24/6) x (3/52) = 4 x 3/52 = 12/52 = 3/13 If you go sequentially, it is the same in this case. But if you arrange them [24 / (6 x 3)] / 52, you get a different result, which is 1/39.
To find the mean, add all the numbers (63 + 24 + 24 + 37 + 77 + 52 + 24 = 310) and divide by the total count (7), giving a mean of approximately 44.29. The mode is the number that appears most frequently, which is 24 (it appears three times). The median is the middle value when the numbers are arranged in order (24, 24, 24, 37, 52, 63, 77), resulting in a median of 37.