ELEPHANT TOOTHPASTE-
PHYSICAL SCIENCS20- HT2: Determine experimentally the quantities of heat involved in chemical reaction
CHEM 30- Energy Unit: Examine the relationships between heat energy and reactions
-Reaction Kinetics: Explain the role of catalysts in chemical reactions
SCIENCE 10- Reactions in our world: Perform activities to investigate exothermic and endothermic chemical reactions
GENIE IN A BOTTLE-
PHYSICAL SCIENCS20- HT2: Determine experimentally the quantities of heat involved in chemical reaction
CHEM 30- Energy Unit: Examine the relationships between heat energy and reactions
-Reaction Kinetics: Explain the role of catalysts in chemical reactions
SCIENCE 10- Reactions in our world: Perform activities to investigate exothermic and endothermic chemical reactions
METHANOL WHOOSH BOTTLE-
Chemistry 30- Relate enthalpy change in a reaction to bond energy and stability
Physical Science 20- PS20-FC-1- Predict products of the five basic types of chemical reactions and evaluate the impact of these reactions on society and the environment. (Observe and analyze synthesis, decomposition, combustion, single replacement, and double replacement reactions)
EXPLODING METHANE BUBBLES
Science 10- CR3 Identify characteristics of chemical reactions involving organic compounds
TIE-DYE PAPER- chemical reactions
Science 10-CR1- Are the students able to identify the products and reactants when observing chemical reactions
EGG DROP- INERTIA
Physics 30- Newton's Law-Explain what is meant by inertia.
DISAPPEARING PENNIES
Physical Science 20- PS20- PW3 Analyze, using physical materials, ray diagrams and mathematical equations, how waves refract at boundaries between different media.
SOUND
Physical Science 20- Explore natural vibrations, forced vibrations, resonance, and/or harmonics in the context of musical instruments and human hearing.
The Spinning PennyPhysics 30- Centripetal force- Illustrate the direction of the velocity vector, the centripetal acceleration vector, and the centripetal force vector for a moving object at a specific position on a circular path.
PHYSICAL SCIENCS20- HT2: Determine experimentally the quantities of heat involved in chemical reaction
CHEM 30- Energy Unit: Examine the relationships between heat energy and reactions
-Reaction Kinetics: Explain the role of catalysts in chemical reactions
SCIENCE 10- Reactions in our world: Perform activities to investigate exothermic and endothermic chemical reactions
GENIE IN A BOTTLE-
PHYSICAL SCIENCS20- HT2: Determine experimentally the quantities of heat involved in chemical reaction
CHEM 30- Energy Unit: Examine the relationships between heat energy and reactions
-Reaction Kinetics: Explain the role of catalysts in chemical reactions
SCIENCE 10- Reactions in our world: Perform activities to investigate exothermic and endothermic chemical reactions
METHANOL WHOOSH BOTTLE-
Chemistry 30- Relate enthalpy change in a reaction to bond energy and stability
Physical Science 20- PS20-FC-1- Predict products of the five basic types of chemical reactions and evaluate the impact of these reactions on society and the environment. (Observe and analyze synthesis, decomposition, combustion, single replacement, and double replacement reactions)
EXPLODING METHANE BUBBLES
Science 10- CR3 Identify characteristics of chemical reactions involving organic compounds
TIE-DYE PAPER- chemical reactions
Science 10-CR1- Are the students able to identify the products and reactants when observing chemical reactions
EGG DROP- INERTIA
Physics 30- Newton's Law-Explain what is meant by inertia.
DISAPPEARING PENNIES
Physical Science 20- PS20- PW3 Analyze, using physical materials, ray diagrams and mathematical equations, how waves refract at boundaries between different media.
SOUND
Physical Science 20- Explore natural vibrations, forced vibrations, resonance, and/or harmonics in the context of musical instruments and human hearing.
The Spinning PennyPhysics 30- Centripetal force- Illustrate the direction of the velocity vector, the centripetal acceleration vector, and the centripetal force vector for a moving object at a specific position on a circular path.