Канал: Patrick Haney

Fossil Evidence

Fossil Evidence

Adaptations

Adaptations

Inherited & Acquired Traits

Inherited & Acquired Traits

Changes to Ecosystems Overview

Changes to Ecosystems Overview

What are Inherited Traits?

What are Inherited Traits?

What are Learned Behaviors?

What are Learned Behaviors?

Food Webs and Tables

Food Webs and Tables

Inherited and Learned Behaviors

Inherited and Learned Behaviors

Inherited & Acquired Traits

Inherited & Acquired Traits

Life Cycles

Life Cycles

Ecosystems

Ecosystems

Life Cycle of Mosquitoes

Life Cycle of Mosquitoes

Where Do They Live?

Where Do They Live?

The Leaves of Desert Plants

The Leaves of Desert Plants

Food Webs: Direct Transfer of Energy

Food Webs: Direct Transfer of Energy

What Type of Organism is X? #2

What Type of Organism is X? #2

What Type of Organism is X? #1

What Type of Organism is X? #1

Food Webs: What's Missing?

Food Webs: What's Missing?

Why Do We Call Them Producers?

Why Do We Call Them Producers?

Herbivores, Carnivores, and Omnivores Overview

Herbivores, Carnivores, and Omnivores Overview

Food Webs: Energy Transfer Overview

Food Webs: Energy Transfer Overview

Producers, Consumers, and Decomposers Overview

Producers, Consumers, and Decomposers Overview

Sedimentary Rocks & Fossil Fuels Overview

Sedimentary Rocks & Fossil Fuels Overview

What Does the Fossil in Fossil Fuels Mean?

What Does the Fossil in Fossil Fuels Mean?

Living & Nonliving Interactions

Living & Nonliving Interactions

Identifying Sedimentary Rocks

Identifying Sedimentary Rocks

Rapid Changes Overview

Rapid Changes Overview

Rapid Changes to Hawaii

Rapid Changes to Hawaii

Plants Overview

Plants Overview

Nonliving Things Overview

Nonliving Things Overview

Landforms #2

Landforms #2

Renewable and Nonrenewable Resources Overview

Renewable and Nonrenewable Resources Overview

Soils Overview

Soils Overview

Landforms Overview

Landforms Overview

Renewable and Nonrenewable Resources

Renewable and Nonrenewable Resources

Soils Investigation: Water Retention

Soils Investigation: Water Retention

Water Retention Investigation

Water Retention Investigation

Sedimentary Rocks #1

Sedimentary Rocks #1

Weathering Rocks

Weathering Rocks

Weathering, Erosion, and Deposition Overview

Weathering, Erosion, and Deposition Overview

Landforms #3

Landforms #3

Weather vs. Climate Overview

Weather vs. Climate Overview

Weather vs. Climate

Weather vs. Climate

Water Cycle #2

Water Cycle #2

Water Cycle #1

Water Cycle #1

Landforms #1

Landforms #1

Patterns in Nature Overview

Patterns in Nature Overview

Appearance of the Moon

Appearance of the Moon

Measuring Weather

Measuring Weather

Solutions Overview

Solutions Overview

Percent Composition

Percent Composition

The Appearance of Shadows #3

The Appearance of Shadows #3

Planet Order #3

Planet Order #3

Where Are We Going?

Where Are We Going?

Planet Order

Planet Order

Sun, Earth & Moon Overview

Sun, Earth & Moon Overview

The Rotation of the Earth

The Rotation of the Earth

The Water Cycle

The Water Cycle

Planet Order #2

Planet Order #2

The Appearance of Shadows #2

The Appearance of Shadows #2

The Appearance of Shadows #1

The Appearance of Shadows #1

Where is the Sunrise?

Where is the Sunrise?

States of Matter: Purifying Water

States of Matter: Purifying Water

Rotation of the Earth: Length of Day

Rotation of the Earth: Length of Day

Experimental Design #6: Improving an Experiment

Experimental Design #6: Improving an Experiment

Naming Compounds Review

Naming Compounds Review

Naming Binary Covalent Compounds

Naming Binary Covalent Compounds

Naming Ionic Compounds

Naming Ionic Compounds

Writing Formulas Review

Writing Formulas Review

Writing Formulas for Binary Covalent Compounds

Writing Formulas for Binary Covalent Compounds

Ionic Compounds: Criss-Cross Method

Ionic Compounds: Criss-Cross Method

Writing Formulas for Ionic Compounds

Writing Formulas for Ionic Compounds

Ionic vs Covalent Compounds

Ionic vs Covalent Compounds

Light Overview

Light Overview

$Refraction$

Refraction

Reflection

Reflection

Experimental Design Basics

Experimental Design Basics

Forces Overview

Forces Overview

Analyzing Circuits #3

Analyzing Circuits #3

Analyzing Circuits #2

Analyzing Circuits #2

Analyzing Circuits #1

Analyzing Circuits #1

Series & Parallel Circuits

Series & Parallel Circuits

Circuit Basics

Circuit Basics

Types of Energy Overview

Types of Energy Overview

Mixtures Overview

Mixtures Overview

States of Matter Overview

States of Matter Overview

Physical Properties Overview

Physical Properties Overview

Solubility of Liquids

Solubility of Liquids

Separating Mixtures: Strainers

Separating Mixtures: Strainers

Types of Energy: Mechanical Energy #2

Types of Energy: Mechanical Energy #2

Separating Mixtures: Gravel and Water

Separating Mixtures: Gravel and Water

Combining Forces #2

Combining Forces #2

Combining Forces #1

Combining Forces #1

Insulators

Insulators

Conductors

Conductors

Magnetism

Magnetism

Using a Pan Balance

Using a Pan Balance

Density

Density

Distance Learning & PLC Question #4

Distance Learning & PLC Question #4

Comprehension & Retention

Comprehension & Retention

Know/Show Chart

Know/Show Chart

The Alignment Process

The Alignment Process

Selecting Priority Standards

Selecting Priority Standards

Thank You from Instructional Services

Thank You from Instructional Services

Ideal Gas Law

Ideal Gas Law

Gas Law Equations

Gas Law Equations

Law of Partial Pressures

Law of Partial Pressures

Gas Law Relationships

Gas Law Relationships

Understanding the Gas Laws

Understanding the Gas Laws

DNA Rapid Review

DNA Rapid Review

Wind Vanes #2

Wind Vanes #2

Wind Vanes #1

Wind Vanes #1

Experimental Design #5: Improving an Experiment

Experimental Design #5: Improving an Experiment

Experimental Design #4: Moving Masses

Experimental Design #4: Moving Masses

Experimental Design #3: Toy Cars with Different Mass

Experimental Design #3: Toy Cars with Different Mass

Experimental Design #2: Pulling Across Different Surfaces

Experimental Design #2: Pulling Across Different Surfaces

Experimental Design #1: Toy Cars and Ramps

Experimental Design #1: Toy Cars and Ramps

Types of Energy: Boiling Water

Types of Energy: Boiling Water

Understanding Light: Reflection

Understanding Light: Reflection

Understanding How Light Travels #3

Understanding How Light Travels #3

Candle Carousel

Candle Carousel

Planet Order #1

Planet Order #1

Physical Properties: Solubility #2

Physical Properties: Solubility #2

Physical Properties: Finding Aluminum

Physical Properties: Finding Aluminum

Physical Properties: Magnetism #2

Physical Properties: Magnetism #2

Physical Properties: Conductors and Insulators #3

Physical Properties: Conductors and Insulators #3

Physical Properties: Conductors and Insulators #2

Physical Properties: Conductors and Insulators #2

Physical Properties: Relative Density #2

Physical Properties: Relative Density #2

Physical Properties: Relative Density #3

Physical Properties: Relative Density #3

How Many Tiles?

How Many Tiles?

Identifying Solutions

Identifying Solutions

Understanding Fossils

Understanding Fossils

Nonliving Elements in a Park

Nonliving Elements in a Park

Living & Nonliving: Pollination

Living & Nonliving: Pollination

Living & Nonliving: Animals and Energy

Living & Nonliving: Animals and Energy

Alignment and Lesson Development

Alignment and Lesson Development

Alignment and Fragile Learners

Alignment and Fragile Learners

Identifying Layers in a Density Column

Identifying Layers in a Density Column

Separating Mixtures: Ocean Water

Separating Mixtures: Ocean Water

Physical Properties: Comparing Mass

Physical Properties: Comparing Mass

Separating Mixtures: Iron Filings and Steel BBs

Separating Mixtures: Iron Filings and Steel BBs

Physical Properties: States of Matter

Physical Properties: States of Matter

Separating Mixtures: Rubber and Plastic

Separating Mixtures: Rubber and Plastic

States of Matter: Melting Point

States of Matter: Melting Point

Physical Properties: Solubility of Powders

Physical Properties: Solubility of Powders

$Understanding Light: Refraction$

Understanding Light: Refraction

Understanding Circuits: Series vs. Parallel

Understanding Circuits: Series vs. Parallel

Types of Energy: Melting Wax

Types of Energy: Melting Wax

Types of Energy: Mechanical Energy #1

Types of Energy: Mechanical Energy #1

States of Matter: Condensation

States of Matter: Condensation

Understanding Circuits #6

Understanding Circuits #6

Separating Mixtures: Water and Sand

Separating Mixtures: Water and Sand

Solutions: Dilution

Solutions: Dilution

Solutions: Increasing Concentration

Solutions: Increasing Concentration

Separating Mixtures: Water and Powdered Drink Mix

Separating Mixtures: Water and Powdered Drink Mix

Making Thermometers

Making Thermometers

Apparent Motion of the Sun (Science Camp)

Apparent Motion of the Sun (Science Camp)

Levels of Organization Combined

Levels of Organization Combined

Earthworm Habitat for Pre-K

Earthworm Habitat for Pre-K

Apparent Movement of the Sun

Apparent Movement of the Sun

Understanding How Light Travels #2

Understanding How Light Travels #2

States of Matter: Wax Figures

States of Matter: Wax Figures

Separating Mixtures: Sand and Gravel

Separating Mixtures: Sand and Gravel

Separating Mixtures: Salt and Wax

Separating Mixtures: Salt and Wax

Types of Energy: Tuning Fork

Types of Energy: Tuning Fork

Understanding How Light Travels #1

Understanding How Light Travels #1

Understanding Circuits #5

Understanding Circuits #5

Understanding Circuits #4

Understanding Circuits #4

Understanding Circuits #3

Understanding Circuits #3

Understanding Circuits #2

Understanding Circuits #2

Understanding Circuits #1

Understanding Circuits #1

Physical Properties: Solubility #1

Physical Properties: Solubility #1

Physical Properties: Conductors and Insulators #1

Physical Properties: Conductors and Insulators #1

Physical Properties: Magnetism #1

Physical Properties: Magnetism #1

Physical Properties: Relative Density #1

Physical Properties: Relative Density #1

Conductors and Insulators: Wires and Circuits

Conductors and Insulators: Wires and Circuits

Separating Copper and Aluminum

Separating Copper and Aluminum

Separating Steel and Aluminum

Separating Steel and Aluminum

Separating Mixtures: Sand and Iron Filings

Separating Mixtures: Sand and Iron Filings

Conductors and Insulators: Coaster Experiment

Conductors and Insulators: Coaster Experiment

Separating Mixtures: Wood and Glass

Separating Mixtures: Wood and Glass

The Power of Curiosity

The Power of Curiosity

Graphing Motion 6

Graphing Motion 6

Graphing Motion 4

Graphing Motion 4

Graphing Motion 2

Graphing Motion 2

Graphing Motion 9

Graphing Motion 9

Graphing Motion 3

Graphing Motion 3

Graphing Motion 7

Graphing Motion 7

Graphing Motion 1

Graphing Motion 1

Graphing Motion 10

Graphing Motion 10

Graphing Motion 8

Graphing Motion 8

Graphing Motion 5

Graphing Motion 5

Physical and Chemical Changes - Station 8

Physical and Chemical Changes - Station 8

Physical and Chemical Changes - Station 6

Physical and Chemical Changes - Station 6

Physical and Chemical Changes - Station 7

Physical and Chemical Changes - Station 7

Physical and Chemical Changes - Station 2

Physical and Chemical Changes - Station 2

Physical and Chemical Changes - Station 5

Physical and Chemical Changes - Station 5

Physical and Chemical Changes - Station 4

Physical and Chemical Changes - Station 4

Physical and Chemical Changes - Station 3

Physical and Chemical Changes - Station 3

Physical and Chemical Changes - Station 1

Physical and Chemical Changes - Station 1