84 x 1/2 = 42
21 x 2 = 42
1 x 42 = 42
7 x 6 = 42
Multiply 2 by the number of litres/liters in an imperial/US gallon: 2 imperial gallons to litres, multiply by 4.54609 2 US gallons to liters, multiply by 3.78541
42
To find the partial products of 42 times 5, we can break down 42 into its place values: 40 and 2. Then we multiply each part by 5: 40 times 5 equals 200 2 times 5 equals 10 Adding these partial products together gives us 200 + 10, which equals 210. Therefore, the partial products of 42 times 5 are 200 and 10, resulting in a total of 210.
To find what fraction of a number a second number is, you need to divide the first number by the second. In this case 42/6 gives us 7. To get the answer, we simply need to take the reciprocal of this, or 1/7 So 6, is 1/7 of 42.
To find the next number in the sequence 12, 15, 27, 27, 42, we can look for a pattern in the differences between the numbers. The differences are 3, 12, 0, and 15, respectively. The pattern in the differences suggests an increase, so the next difference could be 3 more than the last difference (15), which is 18. Adding 18 to the last number (42) gives us 60. Thus, the next number in the sequence is 60.
number 42
the number us saud ti be "squared."
Find the common denominator of the two fractions, which will give us 6. Multiply the numerator by the number of times
Number 42 among the US States.
3 and 1 third (3.3333333...)
Multiply 2 by the number of litres/liters in an imperial/US gallon: 2 imperial gallons to litres, multiply by 4.54609 2 US gallons to liters, multiply by 3.78541
Exponent
Well, isn't that a happy little question! If we take 42 and make it 100 times bigger, we simply multiply 42 by 100, which gives us 4200. That's a big number, just like a big, beautiful tree in a painting, full of possibilities and joy.
0.1818
There are 42 cups in 21 pints. One pint is equal to 2 cups. So, to find the number of cups in 21 pints, you can multiply 21 pints by 2 cups.
Oh, what a lovely question! When we talk about factor pairs for a number, we're looking at pairs of numbers that multiply together to give us that number. Arrays, on the other hand, are rectangular arrangements of objects. While the number of factor pairs for a number may not always be the same as the number of arrays for that number, both concepts help us explore the beauty of numbers in different ways.
13% of 112 is 14.56. We get this because to find a percent of something, we divide the percent by 100, so for example this 13% would turn into 0.13, then we multiply this by our original number, in this case 112. This will give us what 13% of this number is.