The diagram shows the global wind pattern in the lower atmosphere. What is the main factor that determines the global wind patte
rn?
A) the directions of ocean currents
B) uneven landforms on Earth’s surface
C) Earth's yearly revolution round the Sun
D) uneven heating of Earth's surface by the Sun
(I categorized this in "Physics" because there aren't any other categories that could fit this question, at least to my knowledge}
A) the directions of ocean currents
B) uneven landforms on Earth’s surface
C) Earth's yearly revolution round the Sun
D) uneven heating of Earth's surface by the Sun
(I categorized this in "Physics" because there aren't any other categories that could fit this question, at least to my knowledge}
1 answer:
The correct answer is D) uneven heating of Earth's surface by the Sun.
Indeed, the solar radiation hits the surface with different angles between the equator and the poles: the angle the light rays form with the vertical line above a position is 90° at the poles, 23° at the tropics and 0° at the equator (see picture attached).
Moreover, the vegetation that can be found in the tropical zones absorbs most of the radiation, while, for example, the ice at the poles reflects it almost all into space.
For these reasons, tropics have the highest solar radiation, while the poles have the lowest. The difference in solar radiation creates air movement (winds) from the warmer to the cooler areas. Hence, Earth has winds going from the tropics towards the poles and towards the equator, as your diagram shows.
Indeed, the solar radiation hits the surface with different angles between the equator and the poles: the angle the light rays form with the vertical line above a position is 90° at the poles, 23° at the tropics and 0° at the equator (see picture attached).
Moreover, the vegetation that can be found in the tropical zones absorbs most of the radiation, while, for example, the ice at the poles reflects it almost all into space.
For these reasons, tropics have the highest solar radiation, while the poles have the lowest. The difference in solar radiation creates air movement (winds) from the warmer to the cooler areas. Hence, Earth has winds going from the tropics towards the poles and towards the equator, as your diagram shows.
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The electric field at arbitrary point outside the sphere is determined as the E = σr³/k.
<h3>Electric field determined from Gauss law</h3>The electric field of the surface is determined from Gauss law as shown below;
E ∫ds = Q/ε
E (4πr²) = Q/ε
E = Q/4πεr² . r
where;
- σ is dipole moment of atom of the metal
- k is dielectric constant
Thus, the electric field at arbitrary point outside the sphere is determined as the E = σr³/k.
The complete question:
A metal sphere of radius R carries a total charge Q. outside the sphere is a dielectric with polarization p(f) k/r^3er. Determine the electric field at arbitrary point outside the sphere.
Learn more about electric field here: brainly.com/question/14372859
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