The downside of this is that the longer lasting material is more difficult to break down.
Both natural fibers and synthetic fibers are polymer materials. Polymer materials are materials that are made by the agglomeration of small molecules called monomers.
The natural fibers are less long lasting than the synthetic fibers. The downside of this is that the longer lasting material is more difficult to break down. As a result of these, synthetic fibers lead to environmental pollution problems.
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I can describe one prop. of energy: it can not be created or destroyed. It can be transferred, or converted, though.
According to this reaction:
3NO2^- + 8 H^+ + Cr2O7^-2 → 3NO3^- + 2Cr^+3 + 4 H2O
(1) 3 NO2^- → 3NO3^-, The oxidation state of nitrogen converted from +3 to +5
i.e oxidation process, ∴ NO2^- is reducing agent.
(2) Cr2O7^-2 → 2Cr^+3, The oxidation state of Cr converted from +6 to +3
i.e reduction process ∴ Cr2O7^-2 is an Oxidizing agent.
(3) H^+ → H2O, the oxidation state of Hydrogen is still +1, i.e No change (neither)
Enzyme Substrate Products
Lipase Lipid Glycerol + Fatty Acid
Enzyme Substrate Products
Pepsin Protein Peptides + Amino Acids
Trypsin Protein Peptides + Amino Acids
Temperature increases. Volume depends, in this case I believe it should stay the same unless there is a specified container that’s flexible. Mass will also stay the same.Kinetic energy increases and particle movements become faster which causes collisions to occurs more often and with more force.
