No, the visible light intensity on Pluto is much lower than that of Earth. This is because Pluto is much further away from the sun and receives less sunlight.
Visible light intensity is measured by using a spectrometer, which measures the amount of light in different wavelengths. Scientists can use this data to compare the light intensity on Pluto to other planets.
Yes, the atmosphere on Pluto plays a significant role in determining its visible light intensity. Pluto's atmosphere is thin and composed mostly of nitrogen and methane, which can absorb and scatter light, making it less intense.
No, the human eye is not sensitive enough to detect the difference in visible light intensity between Pluto and Earth. However, scientists can use advanced technology to measure and compare the light intensity on both planets.
Yes, there is a difference in visible light intensity between the different regions of Pluto. This is due to variations in the surface composition and reflectivity of different regions, which affects the amount of light that is reflected back into space.