The given terms of the expression can be simplified to -32x-17 and no values of x can be found because it is not an equation.
256/2 = 128 for n.
"n", as well as other letters, are used as variables. They can contain any value; quite often, you need to find out what value you should replace to make an equation valid. For example, in: n + 1 = 4 In this case, if you replace "n" with "3", the equation will be satisfied (true); for any other value it won't.
Typically, inductive reasoning is a tool which is used to prove a statement for all integers, n. If you can show that a statement istrue for n = 1.if it is true for some value n = k you prove that it must be true for n=k+1, thenby the induction, you have proved that it is true for all values of n.
From the answer to: I ask U Y U R N S.
9
256 = 2n128 = n
256/2 = 128 for n.
"n", as well as other letters, are used as variables. They can contain any value; quite often, you need to find out what value you should replace to make an equation valid. For example, in: n + 1 = 4 In this case, if you replace "n" with "3", the equation will be satisfied (true); for any other value it won't.
Typically, inductive reasoning is a tool which is used to prove a statement for all integers, n. If you can show that a statement istrue for n = 1.if it is true for some value n = k you prove that it must be true for n=k+1, thenby the induction, you have proved that it is true for all values of n.
From the answer to: I ask U Y U R N S.
3/4 = 6/8
9
3/4 = 6/8
Step 1: Formulate the statement to be proven by induction. Step 2: Show that there is at least one value of the natural numbers, n, for which the statement is true. Step 3: Show that, if you assume it is true for any natural number m, greater or equal to n, then it must be true for the next value, m+1. Then, by induction, you have proven that the statement (step 1) is true for all natural numbers greater than or equal to n. Note that n need not be 1.
You will have to rephrase the question. It does not make sense.
That depends on the value of "n". n2 (n squared) simply means "n" times "n".
n = 1 or 4 or 7 and the word is divisible, not divisable.