Q: What are Other things where the odds are 1 in 16000?

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1 in 16000

1 percent of 16000 is 16000/100= 160; 0.1 % of 16000 is 160/10=16

To find 1 percent of a number, multiply the number by 0.01. In this instance, 0.01 x 16000 = 160. Therefore, 1 percent of 16000 is equal to 160.

100 centimetres = 1 metre so 16000 cm = 16000/100 m = 160 m. Simple!

1 acre = 43560 sq ft 16000 sq ft = 16000/43560 = 1600/4356 = 400/1089 = 0.3673 acres

1/1250

8 tons is equal to 16000 pounds1 ton = 2000 pounds8 tons = 8 tons * 2000 pounds/1 ton = 16000 pounds

1 acre = 4840 sq yd = 4840 x 9 = 43560 sq ft Therefore 16000 sq ft = 16000/43560 = 0.3673 (to 4sf)

The odds of rolling a 7 are 1/6. The odds of rolling two in a row are 1/36. The odds of rolling an 11 are 1/18. The odds of rolling two in a row are 1/324. The odds of rolling doubles are 1/6. The odds of rolling double twice in a row are 1/36.

1/3 of 16,000 is 5,333 1/3

Geoffrey Odds is 6' 1 1/2".

The GCF is 1.

1/3 of 16,000 is 5,333.33

Odds of being as famous as Lindsay Lohan: 1 in 1,500,000 Odds of being as famous as Stephen Baldwin: 1 in 600,000 Odds of being as famous as Heidi from the hills: 1 in 150,000

The odds are 1 in 20,000.

The odds are 1:36

The odds of winning are 10,000,000,000, to 1.

The odds of rolling five of a kind with five dice is 1 in 1296. The first die is going to roll something, so the odds are 1 in 1. Each of the other dice have a probability of 1 in 6 of matching the first die, so the resultant probability is (1 in 1) times (1 in 6) to the fourth power.

The odds of one die being any number is 1 in 1. The odds of any of the next seven dice being the same as the first die is 1 in 6. The odds of the last two being different than the first die is 5 in 6. The dice are unrelated to each other, and it does not matter in what order they are thrown, so the odds of eight matching dice out of ten dice is (1 in 1)1 (1 in 6)7 (5 in 6)2, or 25 in 10,077,696.

there are 36 possible combinations in two single die tosses. The odds of any one combination is then 1:36

1 out of every 16000 make it

The odds of getting 3 heads in a toss of 3 coins is 1 in 8, or 0.125. Each coin is probabalistically unrelated to each other, so you simply multiply the odds for each coin. 1 in 2 times 1 in 2 times 1 in 2 is 1 in 8.

In a leap year is 1 in 4 odds On 29th February is 1 in 365 + 365 + 365 + 366 = 1 in 1,461 odds

Answerodds the odds in favour are p/(1-p)the odds against are (1-p)/p

The odds, unbelievably, are 1,264 to 1