Any term of an AP (except first ) is equal to half the sum of terms which are equidistant from it .

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In a finite AP, the sum of the terms equidistant from the beginning and end is always same andIn a finite AP, the sum of the terms equidistant from the beginning and end is always same and
The sum of the terms equidistant from the beginning and end in an A.P is always same and is equal toThe sum of the terms equidistant from the beginning and end in an A.P is always same and is equal to
Sum of Terms equidistant from starting and End is equal to sum of first and last term of A.P.Sum of Terms equidistant from starting and End is equal to sum of first and last term of A.P.
Arithmetic Progression || Show that in an A.P the sum of the terms equidistant from beginning andArithmetic Progression || Show that in an A.P the sum of the terms equidistant from beginning and
Show that in an A.P. the sum of the terms equidistant from the\r\nbeginning and end is always sa...Show that in an A.P. the sum of the terms equidistant from the\r\nbeginning and end is always sa...
Nth Term In Seconds!!Nth Term In Seconds!!
in an a.p the sum of the term equidistance from begining and end is always equal to... #shortsin an a.p the sum of the term equidistance from begining and end is always equal to... #shorts