The algebraic form of an arithmetic sequence is ` 3+ 3n`. What will be the remainder if the terms of the sequences are divided by 2?

Algebraic expressions of an arithmetic sequence is 5n+6 .What will be the remainder when the terms of this sequence are divided by 5.

The algebraic form of an arithmetic sequence is 7n+3 i) What is the remainder when each term. of this sequence is divided by 7 ? ii) How many numbers are there in between 100 and 300 in this sequence?

The algebraic form of an arithmetic sequence is 5n+5 What is its first term?

The algebraic form of an arithmetic sequence is 3+ 2n . What is the first form of the sequence?

The algébraic form of an arithmetic sequence is 5n+3. a) What is the first term of the sequence? b) What will be the remainder if the terms of the sequence are divided by 5?

The algebraic form of an arithmetic sequence is 5n+5 Can the difference of any two terms of this sequence be 368? Justify.

The algebraic form of an arithmetic sequence is 6n+5. Find the sum of first 20 terms of this sequence?

The algebraic form of an arithmetic sequence is 8n+7 . Find the sum of first 30 terms of this sequence.

The algebraic form of an arithmetic sequence is 5n+5 What is the difference of its 10^(th) and 20^(th) terms?

What is sum of the first.20 natural numbers? ii) The algebraic form of an arithmetic sequence is 6n+5. Find the sum of the first 20 terms of this sequence.