[888222+222888]3is:[888222+222888]3is:\frac{{\left[ {{{888}^{222}} + {{222}^{888}}} \right]}}{3}\,{\text{is}}:" /> [888222+222888]3is:[888222+222888]3is:\frac{{\left[ {{{888}^{222}} + {{222}^{888}}} \right]}}{3}\,{\text{is}}:" /> [888222+222888]3is:[888222+222888]3is:\frac{{\left[ {{{888}^{222}} + {{222}^{888}}} \right]}}{3}\,{\text{is}}:" />

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The Remainder of $\frac{[888^{222} + 222^{888}]}{3} is :$ $\frac{{\left[ {{{888}^{222}} + {{222}^{888}}} \right]}}{3}\,{\text{is}}:$

Answer:- 1

Explanation:-

Solution:

Remainder of

\frac{[888^{222} + 222^{888}]}{3}

$\frac{{\left[ {{{888}^{222}} + {{222}^{888}}} \right]}}{3}$ = 0
Since, 888 and 222 both (bases) are divisible by 3

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", "text": "The Remainder of

\frac{[888^{222} + 222^{888}]}{3} is :

$\frac{{\left[ {{{888}^{222}} + {{222}^{888}}} \right]}}{3}\,{\text{is}}:$ ", "dateCreated": "7/24/2019 10:09:12 AM", "author": { "@type": "Person", "name": "Nitin Sir" }, "answerCount": "4", "acceptedAnswer": { "@type": "Answer", "text": "

Solution:

Remainder of

\frac{[888^{222} + 222^{888}]}{3}

$\frac{{\left[ {{{888}^{222}} + {{222}^{888}}} \right]}}{3}$ = 0
Since, 888 and 222 both (bases) are divisible by 3 ", "dateCreated": "7/24/2019 10:09:12 AM", "author": { "@type": "Person", "name": "Nitin Sir" } }, "suggestedAnswer": { "@type": "Answer", "text": "

Solution:

Remainder of

\frac{[888^{222} + 222^{888}]}{3}

$\frac{{\left[ {{{888}^{222}} + {{222}^{888}}} \right]}}{3}$ = 0
Since, 888 and 222 both (bases) are divisible by 3 ", "dateCreated": "7/24/2019 10:09:12 AM" } }