#Cheat Rules

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#Cheat Rules Reel by @maths_notes_official - Derivatives Question 65 ✍️

Can you solve this?
d/dx (5 sin x − 6 cos x)²

Test your concepts:
✔ Derivative of sin x
✔ Derivative of cos x
✔ Chain Rul
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@maths_notes_official
Derivatives Question 65 ✍️ Can you solve this? d/dx (5 sin x − 6 cos x)² Test your concepts: ✔ Derivative of sin x ✔ Derivative of cos x ✔ Chain Rule Comment your answer below 👇 Follow @MathsNotes0 for daily calculus questions & simple maths notes. #Derivatives #CalculusProblems #Trigonometry #MathPractice #STEMStudents JEEPreparation NEETPreparation LearnMath
#Cheat Rules Reel by @maths_notes_official - 📘 Derivatives Question 70

Can you solve this derivative?

\frac{d}{dx}(e^x + e^{x^2} + ... + e^{x^5})

In this solution we explain two different met
184
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@maths_notes_official
📘 Derivatives Question 70 Can you solve this derivative? \frac{d}{dx}(e^x + e^{x^2} + ... + e^{x^5}) In this solution we explain two different methods so the concept becomes crystal clear. 💡 Remember: Derivative of e^{f(x)} = e^{f(x)} \cdot f’(x) Practice questions like this to build strong calculus concepts. Follow @MathsNotes0 for more Derivative practice questions and maths tricks.
#Cheat Rules Reel by @maths_notes_official - Derivatives Question 64 ✍️

Can you solve this?
d/dx ( m/x⁴ + n/x² + 9/sec x )²

Test your concepts:
✔ Power Rule
✔ Trig Derivatives
✔ Chain Rule

Com
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@maths_notes_official
Derivatives Question 64 ✍️ Can you solve this? d/dx ( m/x⁴ + n/x² + 9/sec x )² Test your concepts: ✔ Power Rule ✔ Trig Derivatives ✔ Chain Rule Comment your answer below 👇 Follow @MathsNotes0 for daily calculus practice & easy maths notes. #Derivatives #CalculusProblems #MathPractice #STEMStudents #JEEPreparation
#Cheat Rules Reel by @maths_notes_official - Derivatives Question 67 ✍️

Can you solve this?
d/dx (5 cot x − 3 cosec x)²

Test your concepts:
✔ Derivative of cot x
✔ Derivative of cosec x
✔ Chain
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@maths_notes_official
Derivatives Question 67 ✍️ Can you solve this? d/dx (5 cot x − 3 cosec x)² Test your concepts: ✔ Derivative of cot x ✔ Derivative of cosec x ✔ Chain Rule Comment your answer below 👇 Follow @MathsNotes0 for daily calculus practice & simplified maths notes. #Derivatives #CalculusProblems #Trigonometry #MathPractice #STEMStudents
#Cheat Rules Reel by @maths_notes_official - 📘 Derivatives Question 71

Can you solve this derivative?

\frac{d}{dx}(6^{3-x^2} + (x^2+5)^9)

This question involves:

✔ Exponential differentiatio
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@maths_notes_official
📘 Derivatives Question 71 Can you solve this derivative? \frac{d}{dx}(6^{3-x^2} + (x^2+5)^9) This question involves: ✔ Exponential differentiation ✔ Chain rule ✔ Power rule Practice questions like this daily to master calculus concepts. Follow @MathsNotes0 for more derivative questions and maths learning content.
#Cheat Rules Reel by @maths_notes_official - Derivatives Question 54 🔥

Find:
d/dx [ log₃ (log₃ x) ]

Log inside log… same base 😮
Double chain rule required ⚡

Important for Class 11, Class 12,
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@maths_notes_official
Derivatives Question 54 🔥 Find: d/dx [ log₃ (log₃ x) ] Log inside log… same base 😮 Double chain rule required ⚡ Important for Class 11, Class 12, Boards & JEE aspirants. Save this post 📌 Share with your study partner 📚 Follow @MathsNotesO for daily calculus practice 🚀 #Derivatives #CalculusMadeEasy #Logarithm #Differentiation #Class11Maths
#Cheat Rules Reel by @thevisualmaths - The Cotangent Law! 📐✨

When a line from vertex A hits base BC, splitting it into m and n, with base angles α and β, and the cevian making angle θ wit
21.9K
TH
@thevisualmaths
The Cotangent Law! 📐✨ When a line from vertex A hits base BC, splitting it into m and n, with base angles α and β, and the cevian making angle θ with BC, use: m cot α - n cot β = (m + n) cot θ Save this post for your next exam or geometry puzzle! 🧠💾 #maths #mathematics #iitjee #jeemains #reelsinstagram 🤔 Which math rule lives in your head rent-free?
#Cheat Rules Reel by @maths_notes_official - Derivatives Question 66 ✍️

Can you solve this?
d/dx (2 tan x + 9 sec x)²

Test your concepts:
✔ Derivative of tan x
✔ Derivative of sec x
✔ Chain Rul
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MA
@maths_notes_official
Derivatives Question 66 ✍️ Can you solve this? d/dx (2 tan x + 9 sec x)² Test your concepts: ✔ Derivative of tan x ✔ Derivative of sec x ✔ Chain Rule Comment your answer below 👇 Follow @MathsNotes0 for daily calculus practice & simplified maths notes. #Derivatives #CalculusProblems #Trigonometry #MathPractice #STEMStudent
#Cheat Rules Reel by @maths_notes_official - Derivatives Question 63 🔥

d/dx [ (x⁴ + 3x³ + 4x² + 2) / x³ ]

Quotient rule? 🤔
Or simplify first? 😏

Smart trick:
✔ Split each term by x³
✔ Conver
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@maths_notes_official
Derivatives Question 63 🔥 d/dx [ (x⁴ + 3x³ + 4x² + 2) / x³ ] Quotient rule? 🤔 Or simplify first? 😏 Smart trick: ✔ Split each term by x³ ✔ Convert into powers ✔ Apply power rule easily Concept clarity saves time in exams ⏳💯 Try it yourself first ✍️ Comment your answer 👇 Follow @MathsNotesO for daily calculus practice 🚀 #Derivatives #QuotientRule #PowerRule #CalculusMadeEasy #Class12Maths
#Cheat Rules Reel by @mathmicrodose - An example from calculus 1 of doing the chain rule twice for a derivative. When we take the derivative of e^(x^2), the e becomes the outer function an
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@mathmicrodose
An example from calculus 1 of doing the chain rule twice for a derivative. When we take the derivative of e^(x^2), the e becomes the outer function and the x^2 is the new inner function. One way to keep track is by adding d/dx to where we need to take the next derivative. Hope this helps! #calc1 #calculus #mathvid #derivative
#Cheat Rules Reel by @mathwithnath9 - Rules of finding derivatives | Calculus Fundamentals #math #calculus #derivatives
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@mathwithnath9
Rules of finding derivatives | Calculus Fundamentals #math #calculus #derivatives

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