Activity 56: Shake the Shot

Slides:

Advertisements

Similar presentations

Mr. Quinn & Ms. Tom March 3, 2014 Aim: How does the temperature of water change as energy is transferred? Do Now: Why is it cooler at the beach in the.

Advertisements

Physical Science Take 10 Week #7.

Do Now for 6/10/13 Open books to page D-69 HW: Complete Group Procedure.

Mixing Waters By: Zac G, Luke G, Ryan C. Procedure 1. Fill three graduated cylinders with 50mL of room temperature water. 2. Heat 50mL of water until.

Do Now Give an example for each of the following energy conversions. 1.Electrical → Thermal 2.Chemical → Mechanical 3.Electrical → Mechanical 4.Mechanical.

Bell work The temperature of boiling water is 100° on the Celsius scale and 212° on the Fahrenheit scale. Look at each of the following temperatures and.

Laws of Thermodynamics: Too Hot, Too Cold, Just Right

Kinetic Energy and Heat Transfer

Heat-Energy on the Move

Unit 5-(Energy Transfer) Date: 9/9 Learning Target: I can explain temperature change, heat and energy transfer when different temperatures of water are.

What kind of changes do you see? Physical Changes Chemical Changes.

Starter Directions: Matching the following terms with the correct term. 1.DigestionElectrical 2.LightMechanical 3.BowlingChemical 4.Kelvin Electromagnetic.

NOTES-Chapter 12 Thermal Energy. Heat is defined and expressed by the Kinetic Molecular Theory of heat.

Chemical Interactions Vocabulary. Investigation #4 Kinetic Energy.

Thermal Energy Heat & Temperature. Definitions  Energy  Can do work  Kinetic Energy  Energy associated with the motion of objects, large or small.

Energy is the capacity to do work or produce a change. Think of the energy of a substance as the total of the kinetic & potential energies of all the particles.

Thermal Energy. Thermal Energy vs. Temperature TEMPERATURE: Measure of the AVERAGE kinetic energy in the particles of a substance. – how fast the particles.

Additional Notes. What is the total energy of motion in the molecules of a substance? Thermal Energy.

Thermal energy. Temperature is a measure of… The total amount of energy in an object The total amount of thermal energy in an object How much heat something.

Temperature and Heat: page 73 QUESTION: Why do objects get cold? OBJECTIVE: SWBAT explain the difference between temperature and heat. VOCABULARY:temperature.

How does understanding the science and technology of heat and temperature improve the quality of our lives?

Temperature vs. Heat. Thermal Energy The total potential and kinetic energy of the particles in a system make up thermal energy. The kinetic energy comes.

Heat-Energy on the Move

HEAT TRANSFER-CONDUCTION CONVECTION AND RADIATION.

Energy on the Move. Pair Share: Discuss/Review Picture. Explain what type of heat transfer are there and how do they work.

7.2 Temperature and the Phases of Matter

Learning Target I can explain how thermal energy impacts molecules Investigating the relationship between temperature and pressure Take out a piece of.

Presented by Rachna Bhagat Sergio Lopez Heat and Temperature Day 1 Introductory Activity Start class by asking students to answer the following question;

Chapter 6  All matter is made up of atoms or molecules.  These particles are constantly in motion. The energy of motion is called kinetic energy. 

Warm up: what energy transformations are happening in the situations below? Activity 57: Conservation of Energy.

Heat is… Energy given off or absorbed by an object A measure of the motion of the molecules in an object The total amount of molecular energy in an object.

POS  Key Terms: temperature  K2d:  Distinguish between heat and temperature; and explain temperature, using the concept of kinetic energy and the particle.

Do Now… Pick up a yellow piece of paper Title it…. – Opening Activity Set #7 Date the paper and put your heading on it Get ready for number 1.

Warm up: at what point does the roller coaster have the most gravitational potential energy ? Activity 56: Shake the Shot.

Temperature and particle movement. SNB pg 27. Matter exists in different physical states. states of matter 6.1 SECTION OUTLINE SECTION OUTLINE solid liquid.

Specific Latent Heat From Key stage 3 you’ve been aware that it takes energy to change a solid into a liquid and a liquid into a gas. The temperature.

Goals Determine and understand the types of energy in this system. Follow the scientific method. Determine under which conditions that glow stick is brighter,

Heat and Temperature Objectives

Thermal Energy & Heat.

Thermal Energy EQ: How does heat energy impact the way molecules move in a given substance?

Right Now Copy down your homework Take out your notebook.

Temperature and Density

Aim: How to solve calorimetry problems?

Laws of Thermodynamics: Too Hot, Too Cold, Just Right

8/29/2016 Monday.

Do Now – Copy and Fill in:

Heat-Energy on the Move

Thermal Energy Thermal Energy - energy due to the random motion (kinetic energy) of molecules or atoms in a substance. Temperature – a measure of the average.

Chapter 6: Thermal Energy

Heat Transfer and Molecular Motion

Bell work The temperature of boiling water is 100° on the Celsius scale and 212° on the Fahrenheit scale. Look at each of the following temperatures and.

Important Definitions for Gas Laws Unit

Baseline (Aiming for 4): Describe some

Tuesday 10/9/18 Notebook Entry: What do you think all these objects have in common?

Temperature, Thermal Energy, and Heat

Heat Transfer and Molecular Motion

How does thermal energy affect the motion of particles?

Energy & Transformations

State of Matter Volume Shape Structure/Energy

Heat Transfer and Molecular Motion

What is Density?? Notes Page 67L.

Do you know the difference?

Jan 14 / Act D 56 Shake the Shot LEARNING TARGET: I can use evidence to describe the transformation from kinetic energy to other energy.

Temperature and Thermal Energy

Heat and Heat Technology

Energy in thermal systems

Thermal Physics.

Dye Lab Molecular Movement.

Unit 3 – Sec Energy Transformation in Chemical Reactions (p

Heat Energy 5th Grade.

Presentation transcript:

Activity 56: Shake the Shot Activity Overview: In this activity you will further investigate energy transfer and transformation. You will add kinetic energy to a system and explore the resulting energy transformation. The investigation introduces the relationships between motion, temperature, and thermal energy.

Activity 56: Shake the Shot Key Vocabulary Terms Energy Transformation Heat Kinetic Energy Temperature Thermal Energy

Heat What is Heat? Energy in Transit Hot  Cold Heat is a Process Thermal Energy = Noun

Temperature Measurement How do you read a thermometer? of the average energy per molecule of a substance. How do you read a thermometer?

Read pg. D-19 Which has more thermal energy? Explain.

Activity 56 Title: Shake the Shot Problem: How can kinetic energy be transformed into another energy type? Initial Thoughts:

Read Materials Read Procedure What Variables do we need to control? Shaking Style (up/down vs. swirl vs. side-to-side) Hold on Vial Temperature Reading Position

Changes to procedure: Keep the cap with the hole for the thermometer on the vial and put your thumb or finger over the hole while you shake the shot. Each group will only do one trial Compare you results with the other 3 groups on your side of the room. Use the 3 closest pieces of data (remove the outlier). Record the data and find the average temperature.

Follow-up There is a direct relationship between the amount of kinetic energy put into a system and the increase in temperature of that system. It is reasonable to infer that the kinetic energy put into the system resulted in more energy transformation.

For each time interval, why did we perform three trials and then average the temperatures? Describe any possible sources of error in your experiment, and explain how each may have affected your results. Use evidence gathered in this investigation to describe the relationship between: Shaking time and temperature change Shaking time and energy transfer

Of the two descriptions below which, a or b, correctly describes the transformation of energy shown in the diagrams below? Explain your choice. Potential energy  temperature Kinetic energy  thermal energy