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.
3/4 = 6/8
From the answer to: I ask U Y U R N S.
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.
n = 1 or 4 or 7 and the word is divisible, not divisable.
It is an expression that can be simplified to: 3-21n