The options c) and d) are not true (although d can be partially argued for: they have problems with soil erosion and winds).
a and b however are both true- and they are connected to each other, a being the result of b.
Becasue of this, I think that B is the best option, as they have some but not many natural resources- due to their size.
Answer:
E. All of these objects rise in the east and set in the west.
Explanation:
The Earth is spinning on its axis towards the east.
For this reason all of the object they are outside the earth such as Galaxies, sun, stars and the moon, Will Rise in the East and set in the West.
The earth spinning on its axis because of the gravitational pull that the sun exercise on it, and it's the reason why we have a day and a night.
The earth,beside moving on its axis, is moving in relationship to the sun, and this Orbit last 365 days (a year), and there is also a change in the inclination of the axis which is called a precessional cycle.
Answer:Geysers like Old Faithful are only formed under specific conditions, making them relatively rare. Magma under the Earth’s surface superheats pockets of underground water, building pressure that eventually pushes the water upwards. Rhyolite, a volcanic rock high in silica content, lines the tunnel through which the water escapes its underground pocket, creating a pipe that can withstand the incredible heat and pressure as the water erupts above ground.
If there are bodies of water and land to cultivate nearby then that is a
good situation for agriculture to take place so that there is a good place to
plant and also a source of water to keep the plants alive and growing.
When human beings find such a geographic situation, say like along the
Nile River then a class of small farmers can develop and this is called a
social stratum.I hope this helps.
Heat flows from the reacting substances out to the surroundings in an exothermic reaction.
The thermal energy of the surroundings increases as a result of an exothermic reaction.
Heat flows in to the reacting substances from the surroundings in an endothermic reaction.
The thermal energy of the surroundings decreases as a result of an endothermic reaction.
