Oh, dude, those numbers represent bust, waist, and hip measurements. So, technically, it's like a 34-inch bust, 24-inch waist, and 35-inch hips. But hey, who's counting? Just numbers on a tape measure, am I right?
35 would be the outlier in the values 98 85 34 79 85 92. All the other values are fall in a range of 20 points whereas 35 is 40+ points away from this range.
To find the median of a set of numbers, you first need to arrange them in numerical order. In this case, the numbers are already in order: 31, 32, 32, 33, 34, 35, 35, 35. Since there are 8 numbers in total, the median will be the average of the two middle numbers. In this case, the two middle numbers are the fourth and fifth numbers, which are both 33. Therefore, the median of this set is 33.
36 P 5. n P r This is a permutation so it's 35+35+34+33+32
Amherst's 2014 25th-75th percentile ACT scores are 31-35 on the English section, 29-34 on the Math section, and 30-34 Composite.
(35!)/(29! 6!) = (35 x 34 x 33 x 32 x 31 x 30)/(6 x 5 x 4 x 3 x 2) = 1,623,160
It is the shoulders that actually help determine a pear body shape. This body shape describes when a woman's hips are wider than her shoulders. Hour glass body types those where the bust and hips are the same/evenly balanced, with a small waist, which sounds more like the measurements you described.
32-22-32 or 34-24-34 or 35-25-35
24-18=6 35-7=28 28+6=34 so 34 is the answer
34-24-35
34.82 is closer to 35 than 34.
34 + 1 = 35
34/35 is in its simplest form.
To find out what percent 34 is of 35, you divide 34 by 35, which equals 0.9714. To convert this to a percentage, you multiply by 100, giving you 97.14%. Therefore, 34 is approximately 97.14% of 35.
Jackie Johnson's measurements are 34-24-35.
1+34=35, 2+33=35, ....33+2=35, 34+1=35 so 35*34 is 35*34= (30+5)*(30+4) 30*30+5*4 900+20 920 35*34=920/2= 460 if we add up until 34 th answer is 460
1.0294
The mode of the set of numbers {31, 34, 34, 35, 36} is 34, as it is the number that occurs the most.