The most common organisms with exoskeletons are arthropods which include insects (bees, ants), arachnids (spiders) and crustaceans (lobsters and crabs).
<span>Touching a hot pan and yanking your hand away: Pain and reflexes
Jumping up and down: Equilibrium and depth perception.
Drinking water on a hot day: Dehydration and lowering your temperature.
Sneezing: reaction to dust, smut, grains, or allergies.
Blushing: The rising of your blood temperature and nervousness.
Hitting your head on the top of the car as you get into it: Pain and depth perception.
Breathing harder during a jog: increased heart rate, blood flow, and less oxygen. </span>
<u> The </u><u>equilibrium </u><u>constants for the two reactions are CO binds Hb </u><u>140 times</u><u> more strongly than O₂</u>
What is equilibrium reaction in chemistry?
- In a chemical reaction, chemical equilibrium is the state in which both the reactants and products are present in concentrations .
- which have no further tendency to change with time, so that there is no observable change in the properties of the system.
CO has a greater affinity for hemoglobin than oxygen does. It displaces oxygen and quickly binds, so very little oxygen is transported through the body cells.
Since CO binds more strongly equilibrium constant (Kco) will be higher than Ko2.
Here are the equation for equilibrium constant.
When
binds with hemoglobin (Hb)
1) [ Hb + O₂ ⇄ HbO₂ ] ÷ kO₂ = [ HbO₂ ]/ [ Hb] [ O₂]
2) [ Hb + CO ⇄ HbCO ] ÷ kco = [ HbCO] / [ Hb] [CO]
Conclusion -
Since CO binds Hb 140 time is more strongly than O₂
kCO >> kO₂ or { kCO / kO₂ ≅ 140 }
Learn more about equilibrium
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Answer:
D. The plant will produce less glucose.
Explanation:
CO2 i. needed for glucose to be produced. However if there isn't enough co2 then glucose production is reduced,