The expression is: 5(b + x)
In the expression c - b = a then c is called the minuend, b is called the subtrahend and a is known as the difference (or result or answer).
The expression 2b - c represents the result of subtracting the value of c from twice the value of b. This can also be written as 2 multiplied by the variable b, then subtracting the value of c. The result will depend on the specific values of b and c.
In algebra, the expression "b - 5" represents the subtraction of 5 from the variable b. This means you are taking away 5 units from the value of b. The result will depend on the specific value of b. For example, if b = 10, then b - 5 would equal 5.
Give the numbers some names: End result number ==> R Base number ==> B You said that 2.75 percent of B reached R. .0275 B = R Divide both sides of this equation by .0275 B = R / .0275 Divide the 'end result' by 0.0275. The answer will be the 'base number'.
The expression is: 5(b + x)
You can use the ternary operator, in an expression such as: result = a > b ? a : b; This is equivalent to: if (a > b) result = a; else result = b;
In the expression c - b = a then c is called the minuend, b is called the subtrahend and a is known as the difference (or result or answer).
Book B B-65 decode the title
The expression "-b".
A - B = A + (-B) A - B = A + (-B) A - B = A + (-B) A - B = A + (-B)
The algebraic expression for "6 more than the difference of b and 5" can be written as (b - 5) + 6. This expression first calculates the difference between b and 5 by subtracting 5 from b, then adds 6 to the result. This can also be simplified as b + 1, as subtracting 5 and adding 6 cancels out to adding 1.
The expression 2b - c represents the result of subtracting the value of c from twice the value of b. This can also be written as 2 multiplied by the variable b, then subtracting the value of c. The result will depend on the specific values of b and c.
The product of twice "a" and "b" can be expressed as: 2ab In this expression, "a" and "b" are variables that represent numerical values. Multiplying "a" and "b" gives their product, and then multiplying the result by 2 gives twice that product.
The value of a + b depends on the values of the individual variables.The expression a + b cannot be simplified.
b + 1 is b plus 1 as an algebraic expression.
The answer is b+1. Therefore the algebraic expression for this is b+1