CLASS 11 PHYSICS | CHAPTER 6 | FLUID MECHANICS (Torricelli's theorem) | NUMERICAL 8 & 9

Ace Your Physics Assignments and Numerical Solutions | Chapter 6: Fluid Mechanics (Torricelli's theorem)
Welcome to our dedicated video on solving numerical problems and assignments from Chapter 6: Fluid Mechanics. This video is perfect for Class 11 physics students looking to master the concepts through practical problem-solving.
Chapter 6 Fluid Mechanics
Topic: Bernoulli’s Equation, Torricelli's theorem
Formula Used in Numerical 8 & 9:
Bernoulli’s Equation: (𝑃1) −(𝑃2) = (1/2) ρ (𝑣2)^2− (𝑣1)^2 + ρg (ℎ2 − ℎ1)
Torricelli’s theorem: 𝑣" = " √2𝑔ℎ
NUMERICAL 8:
A hole is drilled at the bottom of a full bucket of water of height h. What will be the velocity of water that exits from the hole?
NUMERICAL 9 :
The efflux speed of an oil from a narrow hole of tank is 33.8 m/s at the pressure of 4.12 x (10)^5 Pa. Calculate the density of oil.
Chapter6 , Fluid Mechanics, Torricelli's theorem, Numerical Problems, Physics Assignments, class11 , 1st year Physics, Physics Solutions, exam preparation Physics Tips, Problem Solving, New Syllabus 2024, FBISE, NBF, NATIONAL BOOK FOUNDATION, PHYSICS TIKTIK
Subscribe to our channel for more physics tutorials and hit the notification bell to stay updated with our latest videos. Let's conquer physics together!