The plant you're describing is Saturn. It is the second-largest gas giant in our solar system, known for its striking bands of clouds and stunning bright rings made up of ice and rock particles. Saturn's distinctive appearance and extensive ring system make it one of the most recognizable planets in our solar system.
Jupiter's white strips are formed by the tops of cloud formations in the planet's atmosphere which are formed by convection in the atmosphere modified by the coriolis force produced by the planet's rapid spin.
Saturn is the planet that will answer your question
Jupiter is the planet known for its white and orange bands caused by different atmospheric gases and particles. The planet’s colorful bands are created by swirling clouds of ammonia crystals, sulfur, and water vapor in its atmosphere.
Yes, the fast spinning of a planet can cause bands on it. This is known as zonal wind patterns, where the rotation of the planet creates bands of winds that blow in specific directions. An example of this can be seen on gas giants like Jupiter, where its rapid rotation causes distinct bands of clouds to form.
Planet Jupiter.
Jupiter's white strips are formed by the tops of cloud formations in the planet's atmosphere which are formed by convection in the atmosphere modified by the coriolis force produced by the planet's rapid spin.
Saturn is the planet that will answer your question
Jupiter is the planet known for its white and orange bands caused by different atmospheric gases and particles. The planet’s colorful bands are created by swirling clouds of ammonia crystals, sulfur, and water vapor in its atmosphere.
Yes, the fast spinning of a planet can cause bands on it. This is known as zonal wind patterns, where the rotation of the planet creates bands of winds that blow in specific directions. An example of this can be seen on gas giants like Jupiter, where its rapid rotation causes distinct bands of clouds to form.
Jupiter
Planet Jupiter.
The property of light responsible for producing dark and bright bands on the screen after passing through two slits is interference. When light waves pass through the two slits and overlap on the screen, they interfere with each other either constructively (bright bands) or destructively (dark bands) based on their relative phase.
The planet Jupiter has alternating white, brown, red, and tan bands. There are also yellow and orange bands that appear with storms and winds in the atmosphere.
This planet would be Jupiter.
Jupiter
Constructive interference.
Rhiannon Price