Fluids part 2 Bernoulli and buoyancy. If the hole had been higher, water would come out: 1.Faster 2.Slower 3.same.

Slides:



Advertisements
Similar presentations
L 13 Fluids [2]: Statics  fluids at rest
Advertisements

Basic explanation: Hot air rises. Basic explanation: Buoyancy.
Buoyancy and Archimedes Principle Lecturer: Professor Stephen T
The pressure is on Which is the best design for a dam? Explain your answer. Which dam is more likely to break? Explain your answer.
Clicker Question Room Frequency BA
Chapter 15 Fluids. Pressure The same force applied over a smaller area results in greater pressure – think of poking a balloon with your finger and.
L-14 Fluids [3] Fluids at rest  Fluid Statics Fluids at rest  Fluid Statics Why things float  Archimedes’ Principle Fluids in Motion  Fluid Dynamics.
Fluids & Elasticity (Buoyancy & Fluid Dynamics)
The tendency or ability of an object to float.
In S415 ESC Can be done anytime during week Turn into boxes outside classroom. No make-up--equipment is taken down Sat. Labs.
IPC Notes Density. density – the mass of an object per unit volume ex) the density of a substance describes how tightly packed the molecules are.
SWBAT explain buoyancy and calculate density to determine buoyancy.
Pg. 82 Floating and Sinking
Voller’s Questions Answer all questions Answer (including all work) on question sheet All questions are equally weighted and make up ½ of the total points.
Physics 102 Part II Thermal Physics Moza M. Al-Rabban Professor of Physics Fluids (2)
Copyright © by Holt, Rinehart and Winston. All rights reserved. ResourcesChapter menu To View the presentation as a slideshow with effects select “View”
Iceberg off Newfoundland Density,PressureAndBuoyancy.
L-14 Fluids [3] Fluids at rest Fluids in Motion  Fluid Dynamics
Forces In Fluids Chapter 3 Section 2 - Floating and Sinking
L-14 Fluids [3] Fluids at rest Why things float  Archimedes’ Principle Fluids in Motion  Fluid Dynamics –Hydrodynamics –Aerodynamics.
L-14 Fluids [3]  Why things float  Fluids in Motion  Fluid Dynamics –Hydrodynamics –Aerodynamics.
Any substance that can change shape or flow easily.
Instructions for using this template. Remember this is Jeopardy, so where I have written “Answer” this is the prompt the students will see, and where.
Density One characteristic of matter is DENSITY Density = mass / volume Unit: kg / m 3 or g / cm 3 The density of water is 1000 kg / m 3 Or 1 g / cm 3.
Review of Fluid Properties
Density. Density Densities of some common materials Substance Density (kg/m3) Aluminum 2700 Bone Water 1000 Ice 920 Saltwater 1025 Blood.
Chapter 14 Preview Section 1 Fluids and Pressure
Goal: To understand liquids and gasses Objectives: 1)To understand Pressure 2)To understand Buoyancy 3)To understand Archimedes Principal 4)To learn about.
L 13 Fluids [2]: Statics  fluids at rest  More on fluids.  How can a steel boat float.  A ship can float in a cup of water!  Today’s weather Today’s.
8th- Chapter 11 Review Game
Solids & Fluids Relating Pressure to Solid & Fluid systems 01/30.
steel ship float in water when a steel marble sinks?
Density A lesson on integrity and science. Density is…. A periodic property How did Mendeleev know there was a missing element? He calculated the densities.
Aim: What is Density? Do Now:
L 13 Fluids [2]: Statics  fluids at rest  More on fluids.  How can a steel boat float.  A ship can float in a cup of water!  Today’s weather Today’s.
Density Densities of some common materials SubstanceDensity (kg/m 3 ) Aluminum2700 Bone Water1000 Ice920 Saltwater1025 Blood1050 Gasoline
Lecture 14.2 Fluids II. HW #13 (Chapter 14) Read Sections 14-1 to 14.5 Problems: 14.4, 14.26, 14.35, 14.39, Due: Thursday May 8.
Density & Buoyancy. Density Density = Mass/Volume What is the SI Unit for Mass? Volume? SI Unit for Density = kg/m 3 Also…g/cm 3 g/ml and kg/L The Density.
Physics 1B03summer-Lecture 12 1 Fluid Mechanics Pressure Buoyancy.
Buoyancy forces Floating objects. Which object experiences the largest buoyancy force? 1.Box at top 2.Box in middle 3.Box at bottom 4.All same
Q14.1 The sphere on the right has twice the mass and twice the radius of the sphere on the left. Compared to the smaller sphere on the left, the larger.
Density.
Properties of Fluids 16-2.
DENSITY & BUOYANCY. BUOYANCY BUOYANCY = the ability to float in a fluid. Examples of fluids = water, air BUOYANT FORCE = the upward force that acts on.
Hosted by Mr. Bollendorf Pressure Transmitting Forces in a Fluid Floating and Sinking Bernoulli’s Principle
Fluids. Pressure in Liquids A liquid exerts a pressure against the bottom of its container P = Force Area But it also exerts a force against the container’s.
Properties of Fluids Mr Carter Science. How do ships float? The answer is buoyancy.
Fluids and Pressure PHYS 1090 Unit 5.
Forces in Fluids Chapter 13. Fluid Pressure  Section 13-1.
Chapter 7 Forces in Fluids
1 Bell Ringer What word should we think of when we think of pressure? 2. What is the formula for pressure? 3. What SI unit measures pressure?
L 13 Fluids [2]: Statics  fluids at rest  More on fluids.  How can a steel boat float.  A ship can float in a cup of water!  Today’s weather Today’s.
Aim: What is Density? Do Now: 1)In your notebooks, describe how to find the density of an object (formula) and explain why cutting an object doesn’t change.
Fluids and Dynamics Unit 3 Science 8 Tannant. Chapter 9 There are Both Natural and Constructed Fluid Systems.
Fluids A fluid is anything that flows (liquid or a gas)
L 13 Fluids [2]: Statics  fluids at rest  More on fluids at rest  How is atmospheric pressure measured?  Today’s weather Today’s weather Today’s weather.
What is the relationship between buoyancy and the weight of displaced water? Archimedes’ Principle states that buoyancy is equal to the weight of the water.
CHECK POINT – FLUID PHYSICS DR. BROWNE. 1.Earth’s ________________ is made of a mix of gases called ______________. 1.The molecules of air are in constant.
Chapter 10 Fluids Pressure in Fluids Pressure is defined as the force per unit area. Pressure is a scalar; the units of pressure in the SI system.
Fluids Objectives: Pressure inside fluids Hydraulic Lift
Physics Support Materials Higher Mechanics and Properties of Matter
Buoyancy Chapter 3.4. Buoyancy Chapter 3.4 What is buoyancy? There is some force balancing the object in the water. Gravity is pushing down… Buoyant.
Fluids can exert a force on objects
Chapter 12 Section 2.
Section 2 – pg 424 Floating and Sinking
Properties of Fluids.
Forces in Fluids: Buoyant Force
Chapter 12 Section 2.
Why does an ice cube float in water?
Properties of Fluids.
Presentation transcript:

Fluids part 2 Bernoulli and buoyancy

If the hole had been higher, water would come out: 1.Faster 2.Slower 3.same

Tank airtight and below atm pressure. When I let air in, the balloon will: 1.Inflate more 2.Deflate 3.Stay same

Enter question text... 1.Enter answer text

Rocks float 1.True 2.False

Wood floats 1.True 2.False

Which will float 1.Regular Coke 2.Diet Coke 3.Both 4.Neither

Which is larger on a cube of water inside water? 1.Pressure on top 2.Pressure on bottom 3.Same

Which box has a larger buoyancy force? 1.Wood 2.Lead 3.Same

Which has a larger buoyancy force? 1.Block near top of water 2.Identical block near bottom of water 3.Same

Which volume is the one in the buoyancy force formula? (iceberg) Total 2.Above 3.Below

Which density is the one used in the buoyancy force? 1.Ice 2.water

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.