Roulette Payouts

The correct answer is 2 because 1 + 1 equals 2.

The correct answer is 70 because when you add 2 and 68 together, you get a sum of 70.

To find the answer, simply multiply 3 by 35 to get 105.

5 squared means 5 multiplied by itself, which equals 25.

To find the result of 5 multiplied by 35, simply multiply the two numbers together to get 175.

The correct answer is obtained by multiplying 6 by itself, resulting in 36. Therefore, the correct answer is 210.

To find the result of 7 multiplied by 7, simply multiply the two numbers together. 7 multiplied by 7 equals 49.

The correct answer is calculated by multiplying 35 by 8, which equals 280.

To find the result of 15 multiplied by 21, you simply multiply the two numbers together, which gives you 315 as the correct answer.

The correct way to calculate the sum of numbers from 1 to 10 is using the formula n*(n+1)/2, where n is the highest number (10 in this case). Therefore, the correct answer is 10*(10+1)/2 = 55.

To find the answer, simply multiply 11 by 35 to get 385.

The correct answer is obtained by simply adding the two numbers together.

13 multiplied by itself equals 169, since 13 x 13 = 169. The incorrect answers are calculated as 13 x 12 = 156, 13 x 11 = 143, and 11 x 11 = 121.

To find the square of a number, you simply multiply the number by itself. In this case, 14 squared is equal to 14 * 14, which equals 196.

To find the product of 15 and 35, simply multiply the two numbers together, which equals 525.

16 multiplied by 35 is equal to 560. This can be calculated by multiplying 16 by 35 using basic multiplication.

To find the square of a number, you multiply the number by itself. In this case, 17 multiplied by 17 equals 289.

To find the square of a number, you multiply the number by itself. In this case, 18 * 18 = 324.

In this context, '19 straight up' refers to the multiplication of 19 by itself, which equals 361. Therefore, the correct answer is 665 which is the cube of 19.

The correct answer is obtained by multiplying 20 and 35 together to get 700.

In a 'split', a single slice of bread is cut into 17 smaller pieces.

In a deck of cards, each player receives 17 cards, which results in a total of 34 splits (17 cards per split).

This question is asking for the number of ways to divide a group of 7 into 3 smaller groups, which can be calculated using combination formula: C(n,r) = n! / (r! * (n-r)!). In this case, C(7,3) = 7! / (3! * 4!) = 35 + 21 + 6 = 62 ways to split the group.

The correct answer is 68 because the question is referring to a specific scenario which results in a total of 68 splits. The incorrect answers do not match the scenario mentioned.

The correct answer is 5 splits as mentioned in the question. It is important to pay attention to the details provided in the question to arrive at the correct answer.

When a cube is split into six equal parts, each part must contain a vertex of the cube. This property limits the number of ways a cube can be split into six equal parts, resulting in the correct answer of 102 unique ways.

To calculate the number of ways a cake can be split into 7 equal pieces, we can use the formula for integer partition. In this case, the number of ways is equal to the 6th partition of the number 7, which is 119.

To calculate the number of ways a cake can be split into 8 slices, you can use the formula (n-1)C(k-1), where n is the number of cuts and k is the number of pieces. In this case, with 8 splits, the answer is 136.

The chef made 9 splits in the cake, resulting in 10 equal pieces. Each split creates one additional piece, hence one less than the number of splits.

The number of splits in a tree is calculated using the formula n*(n+1)/2, where n represents the number of rings. In this case, a tree with 10 rings would have 10*(10+1)/2 = 55 splits on one side, so when counting both sides, the total number of splits would be 55*2 = 110. Since each split occurs at the intersection of two rings, the correct answer is actually 110*2 = 170.