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Related Questions

How can you factor each expression?

Some expressions can't be factorised, and you have to use other methods to solve the equation.


When two numbers or more multiplied each number is called a product?

Each number is called a factor. The answer is the product.


What does it mean that the product is greater than each factor?

In the equation 4 x 9 = 36, the product (36) is greater (larger) than each factor (4 and 9).


What does factor each algebraic expression mean?

For each of a list of algebraic expressions, find one or more common factors and factorise the expression.


Write each power as a product of the same factor 7squared?

112


Can you get every number on the product board by multiply 2 numbers on the factor list?

Yes, every number on the product board can be obtained by multiplying two numbers from the factor list. This is because each number on the product board is the product of two numbers from the factor list.


How do you solve an algeraba problem?

There are lots of different types of problems in algebra; you have to learn each type separately. For example, how to add similar expressions; how to multiply expressions; how to factor polynomials; how to solve equations; etc.


When two or more numbers are multiplied each number is called a of the product?

factor


When two or more numbers are multiplied each number is called of the product?

Factor


When 2 or more integers are multiplied is each number a factor of the product?

That is correct.


When two or more integers are multiplied is each integer a factor of the product?

That is correct.


How do you find equivalent expressions that have a lcd?

To find equivalent expressions with a least common denominator (LCD), first identify the denominators of the given expressions. Factor each denominator to find the least common multiple, which will serve as the LCD. Next, rewrite each expression so that its denominator matches the LCD by multiplying the numerator and denominator by the necessary factors. Finally, simplify the resulting expressions if needed, ensuring they remain equivalent to the original expressions.