BERNOULLI’S
PRINCIPLE
Have you ever wonder how
airplanes stay up in the air?
Think
About
This!
It's not only about the wings; it's
PHYSICS that makes it seem like a zero-
gravity object.
ANSWER KEY
Think
About
This!
Describe Bernoulli’s
Principle
Today, we will
Do you have any idea about
Bernoulli’s Principle?
What Is the Generalization
(Broad idea) of Bernoulli's
Principle?
2
Bernoulli’
s
Principle
What Is the Generalization (Broad idea)
of Bernoulli's Principle?
Bernoulli's Principle is a
concept in fluid that relates on
pressure, height(potential
energy), and speed. It states
that if there's an increase in the
speed of a fluid, the pressure
decreases. In other words, it
shows inverse relationship
between speed and pressure.
What is the purpose of
Bernoulli's equation?
2
Bernoulli’
s
Principle
What is the purpose of Bernoulli's
equation?
Bernoulli's equation helps
describe how pressure, speed,
and height are related in a
moving fluid, especially when
the fluid is ideal—meaning it
has no viscosity and cannot be
compressed.
Give a real-life application of
Bernoulli's Principle.
2
An airplane wing is curved on top.
As the plane moves, air flows over
and under the wing. The air over
the curved top has to go faster to
cover more distance. Because it's
faster, the pressure above the wing
becomes lower (Bernoulli's
Principle!). The air under the wing
moves slower, so its pressure stays
higher. This higher pressure
underneath pushes the wing up,
creating lift and making the plane
2
In badminton, Bernoulli’s Principle
explains how air pressure affects the
shuttlecock’s flight. As the shuttle moves
through the air, the feathers cause air to
flow faster around it, creating lower
pressure and increasing drag. This
stabilizes the shuttle and makes it always
fall cork-first. When players hit slice or
spin shots, the uneven airflow causes a
pressure difference on each side, making
the shuttle curve or drop faster. This
principle helps players control the
direction, speed, and landing of their shots
Members:
Clarianes, Miguel Jesus
De Mesa, Diandrie Noah
Lucido, Noeleo
Dhandave Kyro
Parayno, Andrei
Rico, Dhan Michael
Rosal, Ralf Vincent
Sappayani, Julmer
Bereso, Cielo
Bernardino, Samantha
Lazarte, Arosely
Mauleon, Jilianne
THANK YOU!

Bernoulli's Principle.pptxBernoulli's Principle.pptx

  • 1.
  • 2.
    Have you everwonder how airplanes stay up in the air? Think About This!
  • 3.
    It's not onlyabout the wings; it's PHYSICS that makes it seem like a zero- gravity object. ANSWER KEY Think About This!
  • 4.
  • 5.
    Do you haveany idea about Bernoulli’s Principle?
  • 6.
    What Is theGeneralization (Broad idea) of Bernoulli's Principle?
  • 7.
    2 Bernoulli’ s Principle What Is theGeneralization (Broad idea) of Bernoulli's Principle? Bernoulli's Principle is a concept in fluid that relates on pressure, height(potential energy), and speed. It states that if there's an increase in the speed of a fluid, the pressure decreases. In other words, it shows inverse relationship between speed and pressure.
  • 8.
    What is thepurpose of Bernoulli's equation?
  • 9.
    2 Bernoulli’ s Principle What is thepurpose of Bernoulli's equation? Bernoulli's equation helps describe how pressure, speed, and height are related in a moving fluid, especially when the fluid is ideal—meaning it has no viscosity and cannot be compressed.
  • 10.
    Give a real-lifeapplication of Bernoulli's Principle.
  • 11.
    2 An airplane wingis curved on top. As the plane moves, air flows over and under the wing. The air over the curved top has to go faster to cover more distance. Because it's faster, the pressure above the wing becomes lower (Bernoulli's Principle!). The air under the wing moves slower, so its pressure stays higher. This higher pressure underneath pushes the wing up, creating lift and making the plane
  • 13.
    2 In badminton, Bernoulli’sPrinciple explains how air pressure affects the shuttlecock’s flight. As the shuttle moves through the air, the feathers cause air to flow faster around it, creating lower pressure and increasing drag. This stabilizes the shuttle and makes it always fall cork-first. When players hit slice or spin shots, the uneven airflow causes a pressure difference on each side, making the shuttle curve or drop faster. This principle helps players control the direction, speed, and landing of their shots
  • 15.
    Members: Clarianes, Miguel Jesus DeMesa, Diandrie Noah Lucido, Noeleo Dhandave Kyro Parayno, Andrei Rico, Dhan Michael Rosal, Ralf Vincent Sappayani, Julmer Bereso, Cielo Bernardino, Samantha Lazarte, Arosely Mauleon, Jilianne
  • 16.