yes its 3.5 multiplied by 10 it equals 35, it's really not that hard
It is still an integer, which could be negative or positive.
There is no such number. If someone claimed that x was such a number then x+2 would be (a) a greater number and (b) a product of 2. So then x could not be such a number.
It depends on the whole number. The two numbers could be positive or negative which means that the product could be larger or smaller.
3 and 3
You can use the product of 5x6, which is 30, to find the product of 6x6 by recognizing that 6x6 can be expressed as 6x(5+1). This means you can calculate 6x5 to get 30, and then add another 6 to that result. Therefore, 6x6 equals 30 + 6, which gives you 36.
any number you wnat could be 5 * 6 or 7 * 8 multiplying is the same thing as finding the product
It is still an integer, which could be negative or positive.
35 is the product of 10 and 3.5. If you mean integers though, 10 is not a factor of 35.
It could mean: 12x-3x = 9x
There is no such number. If someone claimed that x was such a number then x+2 would be (a) a greater number and (b) a product of 2. So then x could not be such a number.
It depends on the whole number. The two numbers could be positive or negative which means that the product could be larger or smaller.
First, could you explain what a "math matitan" is?
Yes.
A single number cannot have a product.
It could be a "term".
Six.
The price for a product might fall while production and employment both rise if there is no longer a demand for the product. If there is a product so new on the market that it takes over for another product, while the first product is still in high production, the price of the first object is going to fall because the demand is lost.