30 - 31 = -1
Second Number / First Number provides the second number as a percentage of the first. If there is an increase, simply subtract 1 from the result, and multiply by 100. If you do not multiply by 100, you are left with the result in decimal format.
The product of the first three prime numbers (2, 3, and 5) is 30.
The first four prime numbers are 2, 3, 5, 7. The product of these numbers is 2 x 3 x 5 x 7 = 210
Oh, dude, you want to know the unit's digits of the product of the first 21 prime numbers? Well, let me casually tell you that the unit's digit of a product depends on the unit's digits of the numbers being multiplied. Since the unit's digit of all prime numbers greater than 5 is either 1, 3, 7, or 9, the product of the first 21 prime numbers will end in a unit's digit that is a result of multiplying these digits together. Cool, right?
To find the second common multiple of two numbers, you first need to identify the least common multiple (LCM) of the two numbers. The LCM is the smallest number that is a multiple of both numbers. Once you have the LCM, you can then find the second common multiple by adding the LCM to the LCM itself. This will give you the second common multiple of the two numbers.
One option for comparing two numbers is to subtract the first number from the second number. If the result is less than zero, the first number is larger. If the result is greater than zero, the second number is larger. If the result is zero, the numbers are equal. Another option (for positive numbers) would be to divide the first number by the second number. If the result is greater than one, the first number is larger. If the result is less than one, the second number is larger. If the result is one, the numbers are equal. This rule flips if you are comparing negative numbers.
Take two numbers. Throw (the first number) into a box (the second number) times. The total amount in the box is then the product of the two numbers.
Two numbers: the first of them is 1 and the second is not!Two numbers: the first of them is 1 and the second is not!Two numbers: the first of them is 1 and the second is not!Two numbers: the first of them is 1 and the second is not!
The assertion in the question is simply not true.
The product of two digit numbers is always greater than either.
The product of two whole numbers depends on what the numbers are. The operation is multiplication.11 and 8. You find the factors of 88 first. Then find which 2 will subtract to equal 3
In a sum such as 6 x 3 = 18, the first number is the multiplier, the second number is the multiplicand, and the answer, the final number, is the product.
Let X be the second number. The first number, 21 is 6.25% of the product, which means that 21 is 0.0625*X. Solving for X, we get X = 21/(0.0625) = 336. Therefore, the second number is 336.
The first number written is named the "multiplicand" and the second number is the "multiplier".
Second Number / First Number provides the second number as a percentage of the first. If there is an increase, simply subtract 1 from the result, and multiply by 100. If you do not multiply by 100, you are left with the result in decimal format.
Either:The commutative property (or law):number_1 x number_2 = number_2 x number_1orThe associative property (or law):number_1 x (number_2 x number_3) = (number_1 x number_2) x number_3.Both describe your question, but with a difference in the interpretation of "...the order in which the numbers are...":The commutative property says the numbers can be swapped over (the order reversed) and the result is the same.The associative property says the first two numbers can be operated on first, then the result of that with the third; or the order changed so that the second and third are operated on first and then the result of that with the first.
Yes because you could divide it by the first number and get the second number and vise versa i was also id1147693934