Answer:
The expression will be
Step-by-step explanation:
We have given the expression
We have to write this expression in kkxxnn form , here kk is real number and nn is integer
We know the property of exponent that when two function are multiplied thn their exponent are added
So
Here kk = 2 and nn = 15
A sequence is arithmetic if the difference between consecutive terms is some fixed number, regardless of which pair of consecutive terms you pick out of the sequence.
For example, the following sequences are arithmetic:
1, 2, 3, 4, 5, 6, ... (difference = 1)
-25, -20, -15, -10, -5, ... (difference = 5)
2. Carla's sequence is not arithmetic, because the differences between consecutive terms are all different:
13 - 11 = 2
17 - 13 = 4
25 - 17 = 8
She can adjust the sequence by changing the last two numbers to 15 and 17, since this makes the difference fixed:
13 - 11 = 2
15 - 13 = 2
17 - 15 = 2
and so on.
3. The sequence
45, 48, 51, 54, ...
is arithmetic with difference 3 between terms. Recursively, we can write the th term,
, in terms of the previous,
th term,
:
By this definition, we can just as easily write the th term in terms of the
th term:
Then, substituting this into the previous equation, we have
We can continue this process to write in terms of
:
and so on. (You might notice that the subscript of the term on the right side, and the number of 3s being added, together sum to .) The pattern continues down to
The first term in this sequence is , so we have
a.
where .
b. You can fill in the blanks by just adding 3 to the previous term:
45, 48, 51, 54, <u>57</u>, 60, <u>63</u>, 66, 69, ...
Then, using the formula found in (a), the 15th term of the sequence is