The base of log, if unspecified, is taken to be 10 so you would be finding the value of the logarithm of 5 to the base 10.
This is the value x, such that 10^x = 5.
The expression for the quotient of 45 and the sum of c and 17 is 45 / (c + 17). This expression represents the result of dividing 45 by the sum of c and 17. To simplify this expression further, you would need a specific value for c to calculate the exact quotient.
The expression would be written as 16 The value of the expression is 1. 1 x 1 x 1 x 1 x 1 x 1 = 1
a, whatever the value is, would be the constant.
n + 13 or 13 + n
In this case N is variable for a math sentence. If the equation is n+7=9 n would equal 2.
It is called solving the equation. * * * * * I would suggest that the answer is "evaluating it".
You have to substitute a value for the letter variable in the expression. This is what we call evaluating the algebraic expression. An example would be 3x+1=7, when x=2.
To calculate the value of an expression or equation involves determining its numerical result by performing the necessary mathematical operations, such as addition, subtraction, multiplication, or division. This process often follows the order of operations (PEMDAS/BODMAS) to ensure accuracy. For example, in the expression (3 + 5 \times 2), you would first multiply 5 by 2 and then add 3, resulting in a final value of 13.
To calculate the expression (-3x - 2), you need to know the value of (x). Once you have that value, substitute it into the expression. For example, if (x = 1), then (-3(1) - 2 = -3 - 2 = -5). The final result will depend on the specific value of (x) you are using.
To evaluate the expression when ( n ) equals a specific value, you substitute that value into the expression in place of ( n ). For example, if the expression is ( f(n) = n^2 + 3n ), you would calculate ( f(7) ) by substituting 7 for ( n ), resulting in ( 7^2 + 3(7) ). Similarly, for ( n = 0.4 ), you would substitute 0.4 into the expression and compute the result. This process allows you to find the numerical value of the expression for those specific values of ( n ).
It would help if the expression was given!
To evaluate the expression ( x^2 + 6x - 4 ), you need to substitute a specific value for ( x ) and then calculate the result. For example, if ( x = 2 ), you would calculate ( 2^2 + 6(2) - 4 ), which simplifies to ( 4 + 12 - 4 = 12 ). This process can be repeated for any value of ( x ) to find the corresponding output of the expression.
It would depend on the expression that you have in mind but chose not to share!
Please include the expression in your question so it can be answered.
The expression (8c - 64) cannot be simplified to a single numerical answer without knowing the value of (c). If you want to solve for (c) when the expression equals zero, you would set it up as (8c - 64 = 0), which simplifies to (c = 8). If you provide a specific value for (c), I can help calculate the result.
No
A variable expression is an expression which contains variables(symbol that represents a certain value). For example, 4a-90. 4a-90 would be the expression an a is a variable