0
What else can I help you with?
Why are the temperatures on each of the other terrestrial planets more extreme than the temperatures on the earth?
because there isn't an atmosphere
Why are the temperatures on each of the other terrestrial planets more extreme than the temperatures on earth?
The temperatures on other terrestrial planets are more extreme due to differences in atmospheres, distances from the sun, and compositions. For example, Venus has a thick atmosphere that traps heat, resulting in extremely high temperatures. Mars, on the other hand, has a thin atmosphere that cannot retain heat well, leading to very cold temperatures. Mercury experiences extreme temperature fluctuations due to its lack of atmosphere and close proximity to the sun.
Why are the temperature on each of the other terrestrial plants more extreme than the temperatures on earth?
The temperatures on other terrestrial planets are often more extreme than those on Earth due to their specific atmospheric compositions, distances from the Sun, and surface conditions. For instance, Venus has a thick, carbon dioxide-rich atmosphere that creates a runaway greenhouse effect, leading to extremely high surface temperatures. Mars, on the other hand, has a thin atmosphere, resulting in significant temperature fluctuations between day and night. Additionally, the lack of liquid water and protective magnetic fields on these planets further contributes to their extreme thermal conditions.
Why are the temperatures on each of the other terrestrial planets more extreme than the temperature on earth?
On Mercury & Mars there is negligible atmosphere thus extremes in temp. On Venus its hot - constantly. Because the atmosphere is much (90 x) thicker.
Why are the temperatures on each of the others terrestrial planets more extreme than the temperatures on earth?
On Mercury & Mars there is negligible atmosphere thus extremes in temperature.On Venus its hot - constantly. Because the atmosphere is much thicker.
Why are the temperatures on each of the other terrestrial planets more extreme than the temperatures. on earth?
because there isn't an atmosphere
Why are the temperatures on each of the other terrestrial planets more extreme than temperatures on earth?
because there isn't an atmosphere
Why are temperatures on each of the other terrestrial planets more extreme than the temperatures on earth?
because there isn't an atmosphere
Why are the temperatures of each of the other terrestrial planets more extreme than the temperatures on Earth?
because there isn't an atmosphere
Why are the temperatures on each of the other terrestrial planets more extreme than the temperatures on the earth?
because there isn't an atmosphere
Why are the temperature on each of other terrestrial planets more extreme than the temperature on earth?
Because there eather closer to the sun or farther way.
Why are the temperatures on each of the other terrestrial planets more extreme than the temperatures on earth?
The temperatures on other terrestrial planets are more extreme due to differences in atmospheres, distances from the sun, and compositions. For example, Venus has a thick atmosphere that traps heat, resulting in extremely high temperatures. Mars, on the other hand, has a thin atmosphere that cannot retain heat well, leading to very cold temperatures. Mercury experiences extreme temperature fluctuations due to its lack of atmosphere and close proximity to the sun.
Why are the temperature on each of the other terrestrial planets more extreme than the temperature on earth?
Because there eather closer to the sun or farther way.
Why are the temperature on each of the other terrestrial plants more extreme than the temperatures on earth?
The temperatures on other terrestrial planets are often more extreme than those on Earth due to their specific atmospheric compositions, distances from the Sun, and surface conditions. For instance, Venus has a thick, carbon dioxide-rich atmosphere that creates a runaway greenhouse effect, leading to extremely high surface temperatures. Mars, on the other hand, has a thin atmosphere, resulting in significant temperature fluctuations between day and night. Additionally, the lack of liquid water and protective magnetic fields on these planets further contributes to their extreme thermal conditions.
Why are the temperatures on each of the terrestrial planets more extreme than the temperature on earth?
On Mercury & Mars there is negligible atmosphere thus extremes in temp. On Venus its hot - constantly. Because the atmosphere is much (90 x) thicker.
Why are the temperatures on each of the other terrestrial planets more extreme than the temperature on earth?
On Mercury & Mars there is negligible atmosphere thus extremes in temp. On Venus its hot - constantly. Because the atmosphere is much (90 x) thicker.
Why are the temperature on each of the other terrestrial planets more extreme than the temperatures on earth?
On Mercury & Mars there is negligible atmosphere thus extremes in temp. On Venus its hot - constantly. Because the atmosphere is much (90 x) thicker.
