n - 15 = 86n = 86 + 15n = 101
If the table defines the function f, then the answer is f(6).
No, it is an equation. n+6 is an expression.
70
Find the value of the expression.
try this one 25 + n
n - 15 = 86n = 86 + 15n = 101
To find the value of (n-2)^2 + n-1 when n=4, we simply substitute 4 for n in the expression: (n-2)^2 + n-1 When we do this, the expression becomes: (4-2)^2 + 4-1 Now we need to simplify the expression within the parentheses first. The expression within the parentheses is (4-2)^2, which means we need to subtract 2 from 4 and then square the result. So, we get: 2^2 Which equals 4. Now we can substitute this value back into the original expression to get: 4 + 4-1 Next, we simplify the expression 4-1, which equals 3. So, the expression becomes: 4 + 3 And we can simplify that further to get: 7 So, when n=4, the value of (n-2)^2 + n-1 is 7
If the table defines the function f, then the answer is f(6).
12n + 8 = 11 12n = 3 n = 1/4
3 6
3n + 15 equals 3 times the number n, the answer to which is increased by 15. It can only be evaluated if the value of n is known. The expression can be factorised but that is of marginal help in evaluating it.
25
In verbal expression, "5n" would be read as "five times n" or "five multiplied by n". This indicates that the value of n is being multiplied by 5. For example, if n = 3, then 5n would be equal to 5 x 3, which equals 15.
No, it is an equation. n+6 is an expression.
Use Guassian quadrature with n=1 and n=2 and compare to exact value I=
70