Explain why all three cities, San Francisco, Wichita, and Virginia Beach, receive the same intensity of sunlight despite having different climates.
(1 point)
Responses
Because they are all at the same longitude
Because they are all at the same longitude
Because they have similar weather patterns
Because they have similar weather patterns
Because they have the same elevation
Because they have the same elevation
Because they are equidistant from the equator
Because they are equidistant from the equator
Describe how the differences in seasonal temperature ranges between the three cities are related to their respective climates.
(1 point)
Responses
The temperature ranges are influenced by their elevation.
The temperature ranges are influenced by their elevation.
The temperature ranges are influenced by their proximity to the ocean.
The temperature ranges are influenced by their proximity to the ocean.
The temperature ranges are influenced by their distance from the moon.
The temperature ranges are influenced by their distance from the moon.
The temperature ranges are influenced by their lon
The temperature ranges are influenced by their proximity to the ocean.
The correct response is: Because they are all at the same longitude.
All three cities, San Francisco, Wichita, and Virginia Beach, receive the same intensity of sunlight despite having different climates because they are all at the same longitude. This means that they are located on the same line of longitude, which affects the angle at which sunlight reaches the Earth's surface. The intensity of sunlight is determined by the angle at which the sun's rays hit the Earth, with areas closer to the equator receiving more direct and intense sunlight. However, since these cities are on the same longitude, they receive sunlight at a similar angle regardless of their distance from the equator.
The correct answer is: Because they are all at the same longitude.
All three cities, San Francisco, Wichita, and Virginia Beach, receive the same intensity of sunlight despite having different climates because they are all at the same longitude. Longitude is a geographic coordinate that measures the distance east or west of the Prime Meridian, which is the reference line that runs through Greenwich, England.
Sunlight intensity is affected by the longitude of a location because it determines the angle at which the sun's rays hit the Earth's surface. The closer a location is to the equator, the more direct the angle of the sun's rays and the higher the intensity of sunlight. However, since all three cities are at the same longitude, they receive the same intensity of sunlight regardless of their climate differences.
To determine the intensity of sunlight in different locations, it is important to consider factors such as latitude (distance from the equator) and any geographical features that may affect the angle of the sun's rays, such as mountains or tall buildings. It is also worth noting that weather patterns and elevation can indirectly affect the amount of sunlight a location receives, but in the case of these three cities, longitude is the primary factor.