Answer:
The correct statement is option c, that is, particles discharged in the air by volcanoes fall to the ground and enrich the soil.
Explanation:
The eruptions of volcanoes lead to the dispersion of ash over the broader regions surrounding the site of eruption. On the basis of the chemistry of the magma, the ash will be comprising different concentrations of soil nutrients. While the major elements found in the magma are oxygen and silica, the eruptions also lead to the discharging of carbon dioxide, water, hydrogen sulfide, sulfur dioxide, and hydrogen chloride.
In supplementation, the eruptions also discharge bits of rocks like pyroxene, potolivine, amphibole, feldspar that are in turn enriched with magnesium, iron, and potassium. As an outcome, the areas which comprise huge deposits of the volcanic soil are quite fertile.
Deltas are formed by deposits of sediments, soil, sand, and gravel.
<span>a) Lead(IV) Carbonate
b) </span><span>327.16
</span><span>
207.2 g + (12.01g + (15.99 x 3) ) x2 = </span><span>327.16 g</span>
Bonding is almost entirely covalentOrganic compoundMost have ionic bondsInorganic compoundMany are gases, liquids, or solids with low melting pointsOrganic compoundMost are solids with high melting pointsInorganic compoundMost are insoluble in waterOrganic compoundMany are soluble in waterInorganic compoundMost are soluuble in organic solventsOrganic compoundAlmost all are insoluble in organic solventsInorganic compoundAqueous solutions do not conduct electricityOrganic compoundAqueous solutions form ions that conduct electricityInorganic compoundAlmost all burn and decomposeOrganic compoundVery few burnInorganic compoundReactions are usually slowOrganic compoundReactionsare often very fast<span>Inorganic compound</span>
Answer:
I can think of only one hope this will help
: bone is inelastic while cartilage is elastic