See how changing the concentration affects reaction rate by using this online tool
- Subject:
- Chemistry
- Science
- Material Type:
- Interactive
- Provider Set:
- Utah SEEd Textbook Resources
- Author:
- The Concord Consortium
- Date Added:
- 02/25/2021
See how changing the concentration affects reaction rate by using this online tool
Students will recognize layers in the core samples, understand why core samples are taken and identify the location of an oil deposit.
How to calculate the density of a gas.
This lesson plan utilizes the Describe App to solidify student speech sound productions. While the plan is tied to all grade Speaking and Listening by responding to questions using a clearly stated response which is found across all the grade language arts standards, it can be adapted to meet any Speaking and Listening standard at any grade level, particularly in upper elementary, school based on the amount of support given by the clinician to support the sound producitons, clarify clues given, and the contextual clues discussed to support the student's ability to respond clearly.S(This resource's preview image was created by the author of this lesson plan.)
Students will learn local sources of energy in Utah and evaluate the environmental and economic cost of various forms of energy.
A 25,000 mile line along the Pacific Rim, known as the "ring of fire," is the most geologically active place on earth. Harry Smith reports on why it's so dangerous and the damage it has done.
EcoForesters is a non-profit professional forestry organization dedicated to conserving and restoring our Appalachian forests through education and stewardship
The Ecoforestry Institute Society (EIS) is a registered non-profit, charitable society comprised of a volunteer Board and a strong core of community volunteers.
See how wind turbines generate clean electricity from the power of the wind. Highlighted are the various parts and mechanisms of a modern wind turbine.
Students will understand the difference between conservation and energy efficiency, discover the importance of energy use in their lives and recognize behavioral and technological approaches to energy efficiency and conservation.
Students will consider their energy and carbon footprint by conducting a home energy audit. They will create a plan to be more energy efficient in their own homes and consider how their plan could affect the global challenge of energy production.
Students will design a fermentation tank to reduce biomass into its component parts.
Learn more about how the epigenome affects gene expression.
This is part one "Evidence of a Chemical Reaction." I conducted 4 demonstrations showing one or more of the following characteristics: a color change, precipitate formation, gas production, and a temperature change (either exothermic or endothermic). Part 2 of this video completes the aluminum foil and copper chloride demonstration and reviews the important concepts that were shared.
This is an example of Doppler shift using a car horn. This minivan was filmed going by at approximately 40-50 MPH. The frequency shift in the horn is quite evident as the car passes.
Students will perform a cost and environmental analysis of traditional and new alternative energy cars. Describe different alternative fuels and the vehicles they power.
Students will create a device that converts kinetic wind energy into electricity.
This lesson utilizes the Ute Indian Tribe of the Uintah and Ouray Reservation (UIT) tale, “The Eye Juggler Coyote” to enhance comprehension skills, provide an introduction to how force affects motion and give information about the UIT. The students will read the tale and then use the story to learn about gravity and balanced forces. The connection of the Ute people to the bison will also be explored. The Ute people tell stories about Coyote and other animals to their children. Based on Coyote’s mistakes, the elders teach children about proper behavior and positive attitudes. The lessons learned help them avoid making the same mistakes Coyote made and suffering the consequences in their own lives.
You are probably familiar with the characteristics and advantages of some of the common textile fibers. However, you may not understand the difference between all the various natural and manufactured (synthetic) fibers used in apparel and home furnishings.