"Product" is an operation that requires two things - called arguments. You cannot have a product of 3: it has to be the product of 3 and another number.
1 times number or number times 1
The difference is ten times the number.
5x + 45 = 10x - 100 x = 29
73 is 9 more than the product of 4 and 16
The product of 8 and a number ( k ) that is greater than 4 and no more than 16 can be expressed as ( 8k ), where ( 4 < k \leq 16 ). This means ( k ) can take any value within that range, resulting in the products ranging from ( 8 \times 4 = 32 ) to ( 8 \times 16 = 128 ). Therefore, the product ( 8k ) will be greater than 32 and no more than 128.
1 times number or number times 1
The difference is ten times the number.
5x + 45 = 10x - 100 x = 29
73 is 9 more than the product of 4 and 16
The product of 8 and a number ( k ) that is greater than 4 and no more than 16 can be expressed as ( 8k ), where ( 4 < k \leq 16 ). This means ( k ) can take any value within that range, resulting in the products ranging from ( 8 \times 4 = 32 ) to ( 8 \times 16 = 128 ). Therefore, the product ( 8k ) will be greater than 32 and no more than 128.
2 is '2 more than five times 0'; their product is zero. This would make the answer (0, 2).
To create a product, you need more than one number.
To create a product, you need more than one number.
"Product" is a binary operation. You cannot have a product of 3: it has to be the product of 3 and another number.
ten more than five times a number
Four more than three times a number
For a product to exist, there needs to be more than one number to multiply together.