Answer:
FV- 0 m/s
IV- 3 m/s
t- 2 sec
A= FV-IV/t
A= 0-3/2
a= -1.5 m/s²
Explanation:
FV- Final Velocity -> m/s
IV- Initial Velocity -> m/s
A- Acceleration -> m/s²
t- time -> seconds
I believe its the first one
Hey There Maiam,
<span>What is the symbol equation for aerobic respiration?
Answer: </span><span>1. </span>Aerobic Respiration<span>. It is important that you learn both the word and chemical </span>equation<span>. In the above </span>equations<span> we see that glucose is broken down by oxygen to release energy with carbon dioxide and water being produced as by-products of the reaction</span>
Maintaining acidity- <span>In case the pH in the environment drops a lot (becomes very acidic), there is a flux of H ions from the cell's cytoplasm into the cell's vacuole thereby increasing acidity to required level and thus maintaining the </span><span>specific pH </span><span>in the cells internal environment as well.
Turgidity- </span><span>Vacuoles regulate the turgidity by regulating the amount of water inside the cell. </span>
cell has excessive water:<span> vacuole absorbs the water and then diffuses it out of the cell.</span>
cell lacks water<span>: water from the vacuole gets passed back into the cell thereby maintaining turgidity.
And here's a video </span>https://youtu.be/3tqjITi8S8s
The answer is; TRUE
When the saturated solution is allowed to cool slowly, the molecules in the solution have the time to displace impurities that try to attach to the growing lattice because they fit perfectly, geometrically then the impurities. This way the lattice grows larger.
If the solution is cooled fast, the impurities have little time to be displaced from the lattice hence the geometry of the crystal lattice is disturbed and the crystals are smaller and less pure.