Alom Maths Academy

Alom Maths Academy Alom Maths Academy πŸ“˜
Making Maths Simple & Powerful
Class VI–X | Concept + Practice + Tricks 🎯

18/08/2026

Polynomial division made easy! 🎯 Watch how we simplify (x² - 18) / (x - 4) using basic algebraic identities. Very good for Class IX and X students.

Mastering division with remainders in Algebra! πŸ“˜ This step-by-step breakdown makes complex equations simple. Did you fin...
18/08/2026

Mastering division with remainders in Algebra! πŸ“˜ This step-by-step breakdown makes complex equations simple. Did you find this method helpful? Let me know your thoughts!

🧠 Can polynomial division be this visual?Run 7No long divisionβ€”just group, factor, and read the answer.Would you teach i...
17/08/2026

🧠 Can polynomial division be this visual?

Run 7

No long divisionβ€”just group, factor, and read the answer.

Would you teach it this way? πŸ‘‡

17/08/2026

Is this magic or just math? 🀯 I really wish I knew this trick back in school! It makes multiplying two-digit numbers so much faster. Give it a try and tell me your result for the final problem!

Run 6 β€” Factor-Grouping Method πŸ”₯Can you see the pattern?[5x^2-2x+95x^2+5x-7x-7+16]So,[\frac{5x^2-2x+9}{x+1}5x-7+\frac{16...
16/08/2026

Run 6 β€” Factor-Grouping Method πŸ”₯

Can you see the pattern?

[
5x^2-2x+9

5x^2+5x-7x-7+16
]

So,

[
\frac{5x^2-2x+9}{x+1}

5x-7+\frac{16}{x+1}
]

🎯 Quotient: Q=5x-7
πŸ”΄ Remainder: R=16

A different way to look at polynomial divisionβ€”group, factor, and read out.

Would you use this instead of long division? πŸ‘‡

16/08/2026

Can you multiply 37 Γ— 87 this way? 🀯✍️
A simple visual method that makes multiplication faster and easier!
Watch till the end and try the next one yourself. πŸ”₯

Run 5 β€” Can you spot the quotient and remainder? πŸ§ πŸ“[\frac{4x^2+5x+7}{x-3}4x+17+\frac{58}{x-3}]🎯 Quotient: Q=4x+17ξ€πŸ”΄ Rem...
16/08/2026

Run 5 β€” Can you spot the quotient and remainder? πŸ§ πŸ“

[
\frac{4x^2+5x+7}{x-3}

4x+17+\frac{58}{x-3}
]

🎯 Quotient: Q=4x+17
πŸ”΄ Remainder: R=58

No long-division layout β€” just the Factor-Grouping Method and a clean final readout.

Would you try this method on your next polynomial division? πŸ‘‡

Run 3: Polynomial Division Without Long Division πŸ”₯Can you see how the divisor (x-1) can be made into a common factor?W...
15/08/2026

Run 3: Polynomial Division Without Long Division πŸ”₯

Can you see how the divisor (x-1) can be made into a common factor?

Would you solve it this way or use traditional long division? πŸ‘‡

Run 2: Polynomial Division Made Visual πŸ“βœ¨Instead of traditional long division, rewrite the polynomial so the divisor app...
14/08/2026

Run 2: Polynomial Division Made Visual πŸ“βœ¨

Instead of traditional long division, rewrite the polynomial so the divisor appears as

βœ… Quotient: Q=x+3
βœ… Remainder: R=3

A simple factor-grouping approach that makes the structure of polynomial division easier to see.

Would you use this method instead of long division? πŸ‘‡

13/08/2026

Have you ever multiplied a number like this? πŸ€”βœ–οΈ
486 Γ— 7 = 3402 β€”
but the multiplication is broken into simple partial products: 28 + 56 + 42.
Would you use this method? πŸ‘‡
Comment your opinion

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