One reactant goes into iridium, how many products come out? What did you see when you were watching the reaction occur? What evidence in the equation matches the observation? Are the products examples of atoms, elements, or compounds? What happened to the iridium catalyst during the change? The product words read “nitrogen and hydrogen gas”. The equations tells us the state of matter, too. What evidence in the equation tells us the state of matter What state of matter is the hydrazine reactant?

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Chapter1: Chemical Foundations
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One reactant goes into iridium, how many products come out? What did you see when you were watching the reaction occur? What evidence in the equation matches the observation? Are the products examples of atoms, elements, or compounds? What happened to the iridium catalyst during the change? The product words read “nitrogen and hydrogen gas”. The equations tells us the state of matter, too. What evidence in the equation tells us the state of matter What state of matter is the hydrazine reactant?
Rocket Fuel Reaction
Hydrazine is a nitrogen-based compound that is used as rocket fuel
due to the massive amount of energy it releases when it
decomposes. This reaction takes a liquid reactant and turns it into
two gaseous products, causing a massive increase in volume in the
process.
• Slide the red point to to the right to observe the decomposition
reaction hydrazine undergoes when it encounters an iridium
catalyst.
CHALLENGE ME
H
"pa
H
IRIDIUM
REACTANTS
H
H
N₂H400)
(Hydrazine)
Iridium Metal
(Catalyst)
N₂(g) + 2H₂(g)
Nitrogen
and
Hydrogen gas
PRODUCTS
Transcribed Image Text:Rocket Fuel Reaction Hydrazine is a nitrogen-based compound that is used as rocket fuel due to the massive amount of energy it releases when it decomposes. This reaction takes a liquid reactant and turns it into two gaseous products, causing a massive increase in volume in the process. • Slide the red point to to the right to observe the decomposition reaction hydrazine undergoes when it encounters an iridium catalyst. CHALLENGE ME H "pa H IRIDIUM REACTANTS H H N₂H400) (Hydrazine) Iridium Metal (Catalyst) N₂(g) + 2H₂(g) Nitrogen and Hydrogen gas PRODUCTS
Rocket Fuel Reaction
Hydrazine is a nitrogen-based compound that is used as rocket fuel
due to the massive amount of energy it releases when it
decomposes. This reaction takes a liquid reactant and turns it into
two gaseous products, causing a massive increase in volume in the
process.
• Slide the red point to to the right to observe the decomposition
reaction hydrazine undergoes when it encounters an iridium
catalyst.
CHALLENGE ME
IRIDIUM
REACTANTS
NEN
N₂H40
(Hydrazine)
Iridium Metal
(Catalyst)
H H
N2(g) + 2H₂(g)
Nitrogen
and
Hydrogen gas
H H
PRODUCTS
Transcribed Image Text:Rocket Fuel Reaction Hydrazine is a nitrogen-based compound that is used as rocket fuel due to the massive amount of energy it releases when it decomposes. This reaction takes a liquid reactant and turns it into two gaseous products, causing a massive increase in volume in the process. • Slide the red point to to the right to observe the decomposition reaction hydrazine undergoes when it encounters an iridium catalyst. CHALLENGE ME IRIDIUM REACTANTS NEN N₂H40 (Hydrazine) Iridium Metal (Catalyst) H H N2(g) + 2H₂(g) Nitrogen and Hydrogen gas H H PRODUCTS
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