Remember,an expression is a problem without an answer.If it's a 4 less than a number,it should be 4<x.Hope this helps your problems!
it is written as x-o.8
As an algebraic expression this is written 2x - 12, where x is the unknown number.
The algebraic expression for 14 less than the quotient of 63 and the number H is ( \frac{63}{H} - 14 ). This expression first calculates the quotient of 63 and H, and then subtracts 14 from that result.
To write the algebraic expression for "2 less than a number," first define the number as a variable, commonly ( x ). The phrase "2 less than" indicates subtraction, so the expression would be ( x - 2 ). Therefore, the algebraic expression is ( x - 2 ).
The algebraic expression for 25 less than a number ( d ) is ( d - 25 ). This indicates that you subtract 25 from the value of ( d ).
it is written as x-o.8
As an algebraic expression this is written 2x - 12, where x is the unknown number.
3x - 3
To write the algebraic expression for "2 less than a number," first define the number as a variable, commonly ( x ). The phrase "2 less than" indicates subtraction, so the expression would be ( x - 2 ). Therefore, the algebraic expression is ( x - 2 ).
The algebraic expression for 14 less than the quotient of 63 and the number H is ( \frac{63}{H} - 14 ). This expression first calculates the quotient of 63 and H, and then subtracts 14 from that result.
a - 4
4<x
The algebraic expression for 25 less than a number ( d ) is ( d - 25 ). This indicates that you subtract 25 from the value of ( d ).
An algebraic expression for "6 less than 5 and a number" is (5 - x - 6), where x represents the unknown number.
The algebraic expression for "18 less than the product of a number and 4" can be written as ( 4x - 18 ), where ( x ) represents the number. Here, ( 4x ) denotes the product of the number and 4, and subtracting 18 indicates that we are taking 18 away from that product.
What is the algebraic expression for 5 less than a certain number
The algebraic expression for "4 less than the sum of a number and 5" is (n + 5) - 4, where n represents the unknown number.