Prociresstons on : Wheck whether 301 is a term of the list of numbers $$ 5,11,17,23 \ldots $$ $$ a_{2}-a_{1}=11-5=6, \quad a_{3}-a_{2}=17-11=6, \quad a_{4}-a_{3}=23-17= $$ - $$ a_{k} $$ is the same for $$ k=1,2,3 $$, etc., the given list of numbers is an AP.

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Ortiz Hamilton · Accepted Answer

$$ 301 $$ is not a term in the arithmetic progression $$ 5, 11, 17, 23, \ldots $$.

Prociresstons on : Wheck whether 301 is a term of the list of numbers \( 5,11,17,23 \ldots \) \( a_{2}-a_{1}=11-5=6, \quad a_{3}-a_{2}=17-11=6, \quad a_{4}-a_{3}=23-17= \) - \( a_{k} \) is the same for \( k=1,2,3 \), etc., the given list of numbers is an AP.

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Prociresstons on : Wheck whether 301 is a term of the list of numbers \( 5,11,17,23 \ldots \) \( a_{2}-a_{1}=11-5=6, \quad a_{3}-a_{2}=17-11=6, \quad a_{4}-a_{3}=23-17= \) - \( a_{k} \) is the same for \( k=1,2,3 \), etc., the given list of numbers is an AP.

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