Explanation: Take this simulated plunge and dive into the upper atmosphere of Jupiter, the Solar System's ruling gas giant. The awesome animation is based on image data from JunoCam, and the microwave radiometer on board the Jupiter-orbiting Juno spacecraft. Your view will start about 3,000 kilometers above the southern Jovian cloud tops, and you can track your progress on the display at the left. As altitude decreases, temperature increases while you dive deeper at the location of Jupiter's famous Great Red Spot. In fact, Juno data indicates the Great Red Spot, the Solar System's largest storm system, penetrates some 300 kilometers into the giant planet's atmosphere. For comparison, the deepest point for planet Earth's oceans is just under 11 kilometers down. Don't worry though, you'll fly back out again.

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Explanation: Take this simulated plunge and dive into the upper atmosphere of Jupiter, the Solar System's ruling gas giant. The awesome animation is based on image data from JunoCam, and the microwave radiometer on board the Jupiter-orbiting Juno spacecraft. Your view will start about 3,000 kilometers above the southern Jovian cloud tops, and you can track your progress on the display at the left. As altitude decreases, temperature increases while you dive deeper at the location of Jupiter's famous Great Red Spot. In fact, Juno data indicates the Great Red Spot, the Solar System's largest storm system, penetrates some 300 kilometers into the giant planet's atmosphere. For comparison, the deepest point for planet Earth's oceans is just under 11 kilometers down. Don't worry though, you'll fly back out again. ---

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--- p b Explanation b a href https www jpl nasa gov images pia22176 the great red spot plunge animation Take this simulated plunge a and dive into the upper atmosphere of Jupiter the Solar System s ruling gas giant a href https photojournal jpl nasa gov catalog PIA22176 The awesome animation a is based on image data from JunoCam and the microwave radiometer on board the Jupiter orbiting a href https science nasa gov mission juno Juno a spacecraft Your view will start about 3 000 kilometers above the southern Jovian cloud tops and you can track your progress on the display at the left As altitude decreases temperature increases while you dive deeper at the location of Jupiter s famous a href ap140518 html Great Red Spot a In fact a href https photojournal jpl nasa gov catalog PIA22177 Juno data indicates a the Great Red Spot the Solar System s largest storm system penetrates some 300 kilometers into the giant planet s atmosphere For comparison the a href https oceanservice noaa gov facts oceandepth html deepest point for planet Earth s oceans a is just under 11 kilometers down a href https i pinimg com originals 29 b6 46 29b646bac35adcf4c4061c571fa352b9 jpg Don t worry a though you ll a href https www nasa gov mission pages juno main index html fly back out again a ---

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--- Explanation: Take this simulated plunge and dive into the upper atmosphere of Jupiter, the Solar System's ruling gas giant. The awesome animation is based on image data from JunoCam, and the microwave radiometer on board the Jupiter-orbiting Juno spacecraft. Your view will start about 3,000 kilometers above the southern Jovian cloud tops, and you can track your progress on the display at the left. As altitude decreases, temperature increases while you dive deeper at the location of Jupiter's famous Great Red Spot. In fact, Juno data indicates the Great Red Spot, the Solar System's largest storm system, penetrates some 300 kilometers into the giant planet's atmosphere. For comparison, the deepest point for planet Earth's oceans is just under 11 kilometers down. Don't worry though, you'll fly back out again. ---

end---Explanation Take this simulated plunge and dive into the upper atmosphere of Jupiter the Solar System s ruling gas giant The awesome animation is based on image data from JunoCam and the microwave radiometer on board the Jupiter orbiting Juno spacecraft Your view will start about 3 000 kilometers above the southern Jovian cloud tops and you can track your progress on the display at the left As altitude decreases temperature increases while you dive deeper at the location of Jupiter s famous Great Red Spot In fact Juno data indicates the Great Red Spot the Solar System s largest storm system penetrates some 300 kilometers into the giant planet s atmosphere For comparison the deepest point for planet Earth s oceans is just under 11 kilometers down Don t worry though you ll fly back out again---