explain why all three cities San Francisco Wichita and virginia beach receive the same intensity of sunlight despite having different climates.
because they are equidistant from the equator
because they are all at the same latitude
because they have similar weather patterns
because they have the same elevation
The correct answer is "because they are all at the same latitude". The intensity of sunlight that a location receives is determined by its latitude, which measures the distance north or south from the equator. Cities that are located at the same latitude receive similar amounts of sunlight, regardless of their climate, weather patterns, or elevation. Therefore, San Francisco, Wichita, and Virginia Beach, being at the same latitude, all receive the same intensity of sunlight.
describe how the differences in seasonal temperature ranges between the three cities are related the their respective climates. use specific climate characteristics to support your answer.
a.) the temp. ranges are influenced by their proximity to the ocean
b.) the temp. ranges are influenced by their elevation
c.) the temp. ranges are influenced by their latitude
d.) the temp. ranges are influenced by their distance from the equator
The correct answer to explain the differences in seasonal temperature ranges between the three cities (San Francisco, Wichita, and Virginia Beach) is "c.) the temperature ranges are influenced by their latitude."
Latitude, which measures the distance of a location from the equator, is a key factor in determining the climate of a region. It directly affects the intensity of sunlight a location receives and consequently, its temperature range.
San Francisco, being at a relatively higher latitude (37.8 degrees N), experiences a moderate temperature range throughout the year. It benefits from the cooling effect of the California Current, a cold ocean current flowing southward along the coast. This oceanic influence prevents extreme temperature fluctuations, resulting in mild, maritime climate characteristics.
Wichita, situated at a lower latitude (37.7 degrees N), experiences a larger temperature range compared to San Francisco due to its location further away from the moderating influence of the ocean. It has a semi-arid climate with hot summers and cold winters, typical of continental climates.
Virginia Beach, at an even lower latitude (36.9 degrees N), undergoes a larger temperature range similar to Wichita. Its proximity to the Atlantic Ocean does provide some moderating effect, but the city still experiences hotter summers and colder winters compared to San Francisco. Its climate can be classified as humid subtropical due to the warm summers and mild winters.
In summary, the latitude of the three cities greatly influences their temperature ranges as it establishes their proximity to the equator, indicating the intensity of sunlight received and the presence or absence of maritime influences from nearby oceans.
a b c or d?
c.) the temp. ranges are influenced by their latitude.
The correct answer is:
Because they are all at the same latitude.
Latitude refers to the distance of a location north or south of the equator. The closer a location is to the equator, the more direct sunlight it receives. Since San Francisco, Wichita, and Virginia Beach are all at the same latitude (approximately 37 degrees north), they receive similar intensity of sunlight.
The correct answer is: because they are all at the same latitude.
The intensity of sunlight that a city receives is primarily determined by its latitude, which refers to its distance north or south of the equator. Cities that are located at the same latitude receive the same intensity of sunlight, regardless of their climate, weather patterns, or elevation.
San Francisco, Wichita, and Virginia Beach are all located at roughly the same latitude, which is why they receive the same intensity of sunlight. Latitude is a key factor in determining the overall amount of solar radiation that reaches a particular location. In this case, since all three cities are at the same latitude, they receive a similar amount of sunlight throughout the year.
It is important to note that while the intensity of sunlight may be the same, the actual climate and weather patterns in these cities can still differ due to other factors such as ocean currents, prevailing winds, and local topography. However, the primary reason for the same intensity of sunlight is their shared latitude.