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How do you write 6125 in expanded NOTATION as an addition expression?
6000 + 100 + 20 + 5
Use five 3's to write an expression whose value equals 29?
Here is a non-conventional answer: -3 / 3 - 3 + 33 = 29 Use five 3's to write an expression whose value equals 29?
Write two expressions where the solution is 41?
fg
How do you write each subtraction expression as an equivalent addition expression?
A - B = A + (-B) A - B = A + (-B) A - B = A + (-B) A - B = A + (-B)
How do you write an expression?
How do you write an expression
How do you write an equivalent addition expression for a subtraction expression?
30 -5 =x
How do you write a rational expression that is undefined when x equals 4 and x equals 0?
One possible expression is [ 1/(x - 4)+ 1/x ].
Write 2784 in Expanded notation as an addition expression?
2000+700+80+4
How do you write 6125 in expanded NOTATION as an addition expression?
6000 + 100 + 20 + 5
Use five 3's to write an expression whose value equals 29?
Here is a non-conventional answer: -3 / 3 - 3 + 33 = 29 Use five 3's to write an expression whose value equals 29?
Write two expressions where the solution is 41?
fg
How do you write each subtraction expression as an equivalent addition expression?
A - B = A + (-B) A - B = A + (-B) A - B = A + (-B) A - B = A + (-B)
Write an addition expression using the number 7 only it should be the same as 11x7?
70 + 7
What is commutative law of addition to write an equivalent expression of 78 plus yz?
78 + yz = yz + 78
How do you write an expression?
How do you write an expression
Write an expression equals to 17 that uses 4 fours and uses the signs of arithmetic?
4X4+4/4
How do you write a expression with three terms?
To write an expression with three terms, you need to include three different parts separated by either addition or subtraction symbols. For example, an expression with three terms could be "2x + 3y - 5z". Each part of the expression (2x, 3y, and -5z) is considered a separate term. It's important to ensure that each term is distinct and clearly separated within the expression.
