Sediments is most likely to be as a result of the interaction.
As wind and water are both weathering agents that cause the fragments of rocks to loosen,under the pull of gravity the fragments will fall off and sediments will be formed.
Reason why these are incorrect:
Lava and magma- Rocks has to be molten under an extremely high temperature to turn back into magma of lava,as the high
temperature is not present,the formation is impossible.
Metamorphic rock- It requires either high temperature or high pressure to lead to the formation of metamorphic rock, however the conditions are not present, thus this is incorrect.
Details of weathering:
The water would seep into the joints of the igneous rock as it is well-jointed,and carry out chemical weathering.
The materials such as feldspar and mica are nit weather-resistance hence easily loosen after weathering take place,causing the fragments to fall off.
Hope it helps!
The correct answer it 15°. Trust me on this
Answer:
-13° C
Explanation:
Data provided:
The temperature of the air at sea level = 26° C
The height at which temperature is to be calculated = 6000 m = 6 Km
Now,
Using the average lapse rate
Here,
is the temperature at the height 'h' above the mean sea level
is the temperature at the mean sea level
is the average lapse rate = 6.5° C per Km
h is the height above mean sea level at which the temperature is to be calculated in Km
on susbtituting the respective values in the above formula, we get
= 26° C - ( 6.5 × 6 )
or
= 26° C - 39° C
or
= -13° C
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</span><span>There are so many factors you must consider in order to predict the climate of an Earth-like planet in space.The climate of the planet is typically inclined by distance from sun, from a star, type of that star, type of sun’s orbit, orbit’s speed to the sun, type of rotation, planet’s degree of inclination of the, atmosphere type, by the size of planet, material composition of planet, planet’s weight and many more.<span>
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