alleryHigher powers of a binomial can also be expanded using Pascal's:
ATessera
BTriangle
CTrapezium
DTrisector
Answer & Solution
Correct answer: B. Triangle
1. The array supplies the coefficients for each power.
2. It is the triangular arrangement of those numbers.
3. Expansions for the higher powers of a binomial are also possible by using Pascal's triangle.
4. So the answer is the triangle.
_Source: syllabus Mathematics, Ch 7 'Binomial Theorem'_
Keep practising Binomial Theorem
Browse all Binomial Theorem questions for AP Intermediate 1st Year, or explore more Mathematics topics.
Related questions
After finding the pattern, we can write the expansion to any positive integral:Pascal's triangle has a one at its top vertex and runs down two:Adding one, two and two, one from the index two row gives which pair?Observing the coefficient pattern lets a row be written without the:The sought rule avoids writing which rows of Pascal's triangle?Why is a general rule sought instead of Pascal's triangle?Expanding to index twelve by the triangle needs all rows written till index:Building Pascal's triangle can be continued till any index of our: