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Скачать или смотреть Population Growth & Decay | Application of First-Order Differential Equations

  • Maths Atoka
  • 2025-06-08
  • 27
Population Growth & Decay | Application of First-Order Differential Equations
differential equationspopulation growth and decayfirst order differential equationsreal life application of DEexponential growth and decaymaths WAEC jamb gce necopopulation math problemsinterest rate and differential equationcontinuous compoundinghow to solve differential equationsapplied mathematics tutorial
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Описание к видео Population Growth & Decay | Application of First-Order Differential Equations

Learn how to apply first-order differential equations to solve population growth and decay problems in this easy-to-follow math video. 📈 Whether you’re a student preparing for exams or just exploring real-life applications of differential equations, this lesson walks you through the derivation, solution methods, and real-world problems involving exponential growth and decay.

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🌟 In This Video:
• What is population growth and decay?
• Deriving the exponential growth model: dn/dt = rn
• Using both separable and linear methods to solve differential equations
• Difference between growth and decay (sign of the exponent)
• Real-life examples with interest rates and savings accounts
• Exam-style questions and assignments to test your understanding

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🎯 Who is this for?
• Students studying Calculus or Differential Equations
• Engineering & Math undergraduates
• Anyone preparing for exams (WAEC, NECO, JAMB, GCE, etc.)
• Math lovers curious about real-world applications

⸻

📌 Don’t Forget:

✅ Like this video
✅ Subscribe to [Your Channel Name]
✅ Drop your answers in the comment section!
✅ Turn on the bell 🔔 for more helpful math tutorials

⸻

🔖 Chapters / Timestamps

00:00 – Introduction to First-Order Differential Equations
01:30 – What is Population Growth & Decay?
03:20 – Deriving Growth Equation: dn/dt = rn
06:15 – Solving using Separable Equations
08:30 – Solving using Linear Equation Method
10:40 – Difference Between Growth and Decay
12:00 – Example 1: $20,000 at 5% Interest
15:30 – How Long to Double the Money?
18:20 – Assignment: Mixed Interest Rates (4+3 years)
20:00 – Example 2: Finding Interest Rate for Doubling
23:10 – Wrap-up & Intro to Next Topic (Temperature Problems)


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🏷️ Suggested Tags / Keywords

differential equations
population growth and decay
first order differential equations
real life application of DE
exponential growth and decay
maths WAEC jamb gce neco
population math problems
interest rate and differential equation
continuous compounding
how to solve differential equations
applied mathematics tutorial


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🔖 Hashtags (Use in Title/Description)

#differentialequation #mathtutorial #populationgrowth #exponentialdecayproblem #appliedmathematics #firstorder

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