Answer: - The heat of the sun could break down the rock.
- Tall, powerful waves could carry the rock into the ocean.
- The rock could react to seawater, break down, and be carried away by the sea.
Erosion is a natural phenomena in which the top surface of the soil or the rock is displaced or carried away to different location. It disturbs the fertility of the soil. The physical agents responsible for erosion are water, wind, heat and others.
The three ways the small rock that lies on a slope near a tropical sea could be eroded are:
The heat of the sun could break down the rock: The sunlight incident on the rock can weak the external structure of the rock and the loosen particles are displaced by either wind and water.
Tall, powerful waves could carry the rock into the ocean: The waves can displaced the rocks away from actual place causing erosion.
The rock could react to seawater, break down, and be carried away by the sea: The sea water can bring chemical change in the rock structure and will enhance it's weathering.
To add tartness / good luck and will you mark me brainliest please
The moles of oxygen produced is calculated as follows
write a balanced reacting equation, that is
Mg(ClO3)2 ---->MgCl2 + 3O2
from the equation above the reacting ratio of Mg(ClO3)2 to O2 is 1: 3 therefore the moles of O2 produced = 5.12 moles x3 =15.36 moles
Answer:
nomenclature of alkanes
Explination:
Substituent Formula Number of C Atoms Name of Substituent
CH3 1 methyl–
CH3CH2 2 ethyl–
CH3CH2CH2 3 propyl–
CH3CH2CH2CH2 4 butyl–
CH3CH2CH2CH2CH2 5 pentyl–
and so forth and so forth and so forth
Try this it helped me allot,
Alkenes and alkynes are named in a similar fashion. The biggest difference is that when identifying the longest carbon chain, it must contain the C–C double or triple bond. Furthermore, when numbering the main chain, the double or triple bond gets the lowest possible number. This means that there may be longer or higher-numbered substituents than would be allowed if the molecule were an alkane. For example, this molecule is 2,4-dimethylhept-3-ene (note the number and the hyphens that indicate the position of the double bond).
2,4-dimethylhept-3-ene
or two one carbonsubstituents on the second and third C atoms
its not 3-methylheptane.
