where P and Q are constants

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8. If the sum of n terms of an A.P. is (pn + qn^2), where p and q are constants, find the common difference.
27
Oct
8. If the sum of n terms of an A.P. is (pn + qn^2), where p and q are constants, find the common difference. 8. If the sum of n terms of an A.P. is (pn + qn^2) find the common difference. where P and Q are constants October 27, 2021 Category: Chapter 9 - [...]
Posted in: Chapter 9 - Sequences and Series , Maths , NCERT Exemplar Class 11 ,
Tags: 8. If the sum of n terms of an A.P. is (pn + qn^2) , find the common difference. , where P and Q are constants ,
Example 5 If the sum of n terms of an A.P. is nP + 1/2 n (n – 1) Q , where P and Q are constants, find the common difference.
24
Oct
Example 5 If the sum of n terms of an A.P. is nP + 1/2 n (n – 1) Q , where P and Q are constants, find the common difference. Example 5 If the sum of n terms of an A.P. is nP + 1/2 n (n – 1) Q find the common difference. [...]
Posted in: Chapter 9 - Sequences and Series , Maths , NCERT Exemplar Class 11 ,
Tags: Example 5 If the sum of n terms of an A.P. is nP + 1/2 n (n – 1) Q , find the common difference. , where P and Q are constants ,