'Mcgraw hill ryerson 2007' presentation slideshows

Physics 10

859 views • 60 slides

Physics 10

635 views • 60 slides

Motion: 8.2

Motion: 8.2. THURSDAY APRIL 17 th Cheetah clip. 8.2 Average Velocity. You will learn the difference between speed and velocity and how to use position-time graphs to calculate average velocity. Questions. What is speed? What is velocity? What is the difference between them?.

616 views • 49 slides

Motion: 8.2

Motion: 8.2. THURSDAY APRIL 17 th Cheetah clip. 8.2 Average Velocity. You will learn the difference between speed and velocity and how to use position-time graphs to calculate average velocity. Questions. What is speed? What is velocity? What is the difference between them?.

523 views • 49 slides

5.1 The Ray Model of Light

5.1 The Ray Model of Light. Some properties of light are best described by considering light as a wave . Other properties of light are best described by considering light as a particle. The ray model of light uses a straight line, or ray, to show the direction the light wave is traveling.

229 views • 15 slides

9.2 Calculating Acceleration

9.2 Calculating Acceleration. The acceleration of an object depends on the change in velocity and the time required to change the velocity. When stopping a moving object, the relationship between time and acceleration is: Increasing the stopping time decreases the acceleration.

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Fluids and Density

Fluids and Density. 7.2 Fluids and Density. A fluid is any form of matter that can ____________. Liquids and gases are fluids since they do not have a fixed shape. Solids are not fluids because they have a fixed shape. Lava, water, and syrup are examples of fluids. See page 260.

449 views • 8 slides

1.2 Cells

1.2 Cells. An analogy is a way to understand new ideas by making a comparison. A factory can be used as an analogy for the cell. Parts of the cell that allow the cell to survive are called organelles. Organelles take up about 5 to 30 percent of the cell. The rest of the cell consists of water.

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9.1 Describing Acceleration

9.1 Describing Acceleration. An object travelling with uniform motion has equal displacements in equal time intervals. Not all objects exhibit uniform motion. It is important to be able to analyze situations where the motion is not uniform. An object travelling with non-uniform motion will:

331 views • 7 slides

5.1 The Ray Model of Light

5.1 The Ray Model of Light. Particle Model of Light: Newton thought of light as extremely small particles that traveled in a straight line until they entered an eye, where they were absorbed to make an image. The Ray Model of Light is more

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4.2 Properties of Visible Light

4.2 Properties of Visible Light. The wave model of light describes light as a wave that travels through empty space. Light energy is transferred from one location to another, such as from the Sun to the Earth. Visible light is light energy you can see.

1.13k views • 4 slides

2.3 Periodic Table and Atomic Theory

2.3 Periodic Table and Atomic Theory. Elements with similar properties have similar electron arrangements Bohr models show electron arrangement in shells. See page 64 - 65. Bohr model patterns. Chemical families on the periodic table have the same number of valence electrons

206 views • 3 slides