nitrogen and oxygen atom absorb solar radiation.
The temperature in the thermosphere (above 80 km altitude) rises because of the absorption of high-energy solar radiation by the few gas molecules present in this region. This absorption of extreme ultraviolet and X-ray radiation leads to the heating of the gas molecules in the thermosphere.
One is......... The temperature rises as you go up into the Thermosphere.
thermosphere
The gases in the thermosphere are stratified due to the increasing temperature with altitude, which causes lighter gases like hydrogen and helium to rise higher than heavier gases like nitrogen and oxygen. This thermal stratification occurs because the energy from solar radiation is absorbed more by the sparse particles in the upper layers, leading to a temperature gradient. As a result, the composition of gases varies at different altitudes, with lighter gases dominating the upper thermosphere.
Yes, it is though altitude of the thermosphere temperature increases as we exceed through-A 6th Grader
The temperature in the thermosphere (above 80 km altitude) rises because of the absorption of high-energy solar radiation by the few gas molecules present in this region. This absorption of extreme ultraviolet and X-ray radiation leads to the heating of the gas molecules in the thermosphere.
The temperature in the Thermosphere can rise to 2,000° C.
The layer where temperature increases in space is called the thermosphere. This layer is located between the mesosphere and exosphere in Earth's atmosphere. The temperature in the thermosphere can reach thousands of degrees Fahrenheit due to the absorption of solar radiation.
What is the temperature for the thermosphere
One is......... The temperature rises as you go up into the Thermosphere.
the thermosphere gets it's name from it's extrmely high temperature, which cn be above 1,000'c.
thermosphere
2000 degrees c
thermosphere
yes
thermosphere
The gases in the thermosphere are stratified due to the increasing temperature with altitude, which causes lighter gases like hydrogen and helium to rise higher than heavier gases like nitrogen and oxygen. This thermal stratification occurs because the energy from solar radiation is absorbed more by the sparse particles in the upper layers, leading to a temperature gradient. As a result, the composition of gases varies at different altitudes, with lighter gases dominating the upper thermosphere.