Catalase is an enzyme that is substrate-specific, meaning that it has a particular reaction that it will catalyze (to speed up a reaction). Hydrogen peroxide (H2O2) is the specific substrate reactant with which catalase will react (in a degradation reaction).
This is the degradation (breaking down of) reaction. 2H2O2 yields 2H2O+O2
O2 is oxygen which is indicated by the rising of bubbles upon reaction between the hydrogen peroxide and the catalase.
Sucrose is not the specific substrate assigned to the catalase enzyme, therefore they will not react together in a degradation reaction, hence the lack of oxygen release (lack of bubbles).
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The molecular formula of sucrose is C12H22O11, while the molecular formula of maltose is C12H22O11. Both molecules have the same number and types of atoms (carbon, hydrogen, and oxygen), but they are arranged differently. Sucrose is a disaccharide made of glucose and fructose, while maltose is a disaccharide made of two glucose molecules.
Sucrose is a more stable form of sugar that is less likely to react with other molecules. This makes it easier to transport through phloem tissue without causing damage to the plant. Additionally, sucrose can be easily broken down back into glucose when needed by the plant.
When a molecule is activated, it means that its chemical structure has been altered in a way that makes it more reactive or capable of participating in a chemical reaction. This activation can be achieved through various methods such as adding energy, changing its environment, or adding specific chemical groups.
Having hollow bones makes the skeleton lighter, allowing for easier movement and flight in birds. Additionally, the hollowness provides strength and support without adding unnecessary weight.
C12H22O11 Sucrose and starch are the end products of photosynthesis. Sucrose, formed in the leaf cytosol, is transported through the phloem to the sink tissues where it is metabolized or stored in the vacuole. During the night, sucrose is formed from starch, produced and stored in the chloroplasts during the day.
Hydrogen peroxide (H2O2) reacts naturally in air to form oxygen and water. 2H2O2 > 2H2O + O2 Catalase is an enzyme found in most organisms which catalyses this process, so the bubbles you see are oxygen.
baking soda makes it bubble it usally makes everything bubble
Adding glycerin to a bubble solution increases its viscosity, making the bubbles thicker and stronger. This helps the bubbles last longer and makes them more resistant to popping.
Teeth
glucose and fructose
Topps Company makes Bazooka Bubble Gum
The Nabisco Group Holdings Corp. makes Bubble Yum
Sealed air
No it makes bigger bubble
the softener makes the bubble gum kinda smooth
hydrogen
you chew it