'Displaced water' diaporamas de présentation

Future Fleet Science Topics: Buoyancy, Density and Volume

Future Fleet Science Topics: Buoyancy, Density and Volume. Future. Fleet. SESSION ONE. History of Failed Ships. Student Responses. History of Failed Ships. What is the economic cost of a failed ship design?. Student Responses. History of Failed Ships.

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Density and its measurement

Density and its measurement. Density. What is density? How do you measure density? Measuring the densities of objects. Why do some things float and some things sink?. Density is a measure of how much stuff (mass) is packed into a certain space.

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Phys101 Lectures 24-25 Fluids I

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Welcome back to Physics 211

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SBRCD Project Ship Stability Simulation

SBRCD Project Ship Stability Simulation. Contents of The Kit. Water Tank Foam Model Weights (15 Washers) Marker Ruler Student Handouts Work Sheets. Things Needed. Calculator Salt ( 1 cup per group). Ship Stability Simulation.

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Welcome back to Physics 211

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Chapter 13: Fluids

Chapter 13: Fluids. A fluid is a gas or a liquid. A gas expands to fill any container A liquid (at fixed pressure and temperature), has a fixed volume, but deforms to the shape of its container. The density r of any substance is its mass M per volume V :. Pressure.

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Foundations of Physical Science

Foundations of Physical Science. Workshop: Buoyancy. Patsy DeCoster Director of Staff Development patsy@cpo.com Scott Eddleman Manager of Curriculum Development scott@cpo.com. Presenters. Inquiry-based textbook programs Foundations of Physical Science

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Multiple Representations of Buoyancy

DUE 0737458. Multiple Representations of Buoyancy. Jessica Oliveira, Meredith Weglarz, & James Vesenka University of New England jvesenka@une.edu UNH Colleagues Dawn Meredith Jessica Bolker Chris Schubert. Motivation. UNE: Modeling Approach Student centered, guided inquiry labs

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Point, Game, Set, Match

Point, Game, Set, Match. Science Wins with the Tennis Ball Container Roberta Johnson David Mastie. NSTA Regional Conference Oct. 28, 2010 Kansas City, MO Marriott KC Downtown: Count Basie Rm. Ideas for Possible Uses of Empty Tennis Ball Containers with Lids. Basic Classroom Supplies

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Physics 101: Lecture 17 Fluids II Exam correction today during lab time in 242 Loomis

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Fluids II

Fluids II. F b. mg. Mg. Archimedes Example. A cube of plastic 4.0 cm on a side with density = 0.8 g/cm 3 is floating in the water. When a 9 gram coin is placed on the block, how much sinks below water surface?. h. 12. Question.

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Buoyant force

Buoyant force . buoyant force and fluid pressure. Imagine that you have a glass of ice water in front of you. Take your straw and push down the ice cubes. What happens to the ice cubes?. A force pushes the ice cubes back up This force is called buoyant force

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Main Ideas 1. Volume 2. Meniscus 3. Displacement

VOLUME IAN pg. 21. Main Ideas 1. Volume 2. Meniscus 3. Displacement. Objective Define Volume, Meniscus & Displacement using notes, collaboration and IAN output pages. Winners never quit and quitters never win. - Vince Lombardi. I. Volume

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Period 2 Question 1

Period 2 Question 1. 60. A large stone is resting on the bottom of a pool. With what force does the stone push on the bottom of the pool?. The weight of the stone The weight of the water displaced The sum of the weight of the stone and the displaced water

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February 26, 2014

February 26, 2014. Homework: Quiz on section 1 ( Fluid Pressure) & 2 (Floating and Sinking) next Tuesday 3/4- Review Graphic organizer- make any changes/additions- redo on Loose leaf if necessary Do Now: -Open textbook to pg 85 -Open notebooks to pg 79- look over Graphic Organizer

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By the way, you read Chapter 7 before class, right?:

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