Explanation:
It is known that is insoluble in water. As a result, plants are not able to absorb readily through osmosis.
Therefore, the in would be released in acidic environments, using neutralization, Iron(III) ions can be released.
Hence, the easiest way is to add low concentrations of to the soil is as follows.
Thus, we can conclude that is soluble and is good for plants too.
No, because when elements are chemically combined their properties change
The products. In photosynthesis, Glucose and Oxygen are products (oxygen is a byproduct)
C02+H20=C6H12O6+O2
For 6.44 x 10^23 atoms:
That amount is 1.07 moles of Cl atoms
multiply the number of moles by the molar mass of Cl which is 35.45
That equals 37.9 grams of Cl. You only use 1 decimal place because there are only 3 significant digits.
Now if it is a text book problem that says chlorine gas, it may be referring to atmospheric Cl gas which is Cl2
In that case, its just 1.07 moles x 70.9 (molar mass of Cl2)
That turns out to be 75.9 g Cl2