Inner Planets
Outer Planets
Mercury
Venus
Earth
Mars
-Closest to Sun...
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Physics, 12.02.2021 04:20 beelcypher
Inner Planets
Outer Planets
Mercury
Venus
Earth
Mars
-Closest to Sun Planet
.3" Planet .4 Planet
- Smallest Planet Hottest Planet Life
• Red Soil
-Cratered
- Longest Day • Water Covers Biggest Volcano
- Rocky Surface
Rocky Surface • Rocky Surface
• Biggest Valley
• Rocky Surface
Jupiter
Saturn
Uranus Neptune
Sº from Sun •6 from Sun .7 from Sun .8 from Sun
• Largest Planet •2 Largest Planet Rotates Sideways Small Rings
• Red Spot Storm Largest Rings • Rings Vertical • Gas Giant
Most Moons • Many moons Gas Giant
Small Rings • Gas Giant
• Gas Giant
What limitations does the model have?
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Physics, 22.06.2019 00:20, nini261
2.22/3.33 points | previous answers tamucolphysmechl1 4.pre.002. ask your teacher my notes question part points submissions used on a frictionless air track, a blue glider with mass 0.200 kg is moving to the right with a speed of 8.00 m/s. it strikes a red glider that has mass 0.600 kg and that is initially at rest. after the collision, the blue glider is moving to the left with a speed of 2.40 m/s. (a) what are the magnitude and direction of the velocity of the red glider after the collision? magnitude 3.33 m/s correct: your answer is correct. direction correct: your answer is correct. (b) is this collision elastic?
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Physics, 22.06.2019 07:30, anonymous1813
Some material consisting of a collection of microscopic objects is kept at a high temperature. a photon detector capable of detecting photon energies from infrared through ultraviolet observes photons emitted with energies of 0.3 ev, 0.5 ev, 0.8 ev, 2.0ev, 2.5ev, and 2.8ev. these are the only photon energies observed. (a) draw and label a possible energy-level diagram for one of the microscopic objects, which has four bound states. on the diagram, indicate the transitions corresponding to the emitted photons. explain briefly. (b) would a spring–mass model be a good model for these microscopic objects? why or why not? (c) the material is now cooled down to a very low temperature, and the photon detector stops detecting photon emissions. next, a beam of light with a continuous range of energies from infrared through ultraviolet shines on the material, and the photon detector observes the beam of light after it passes through the material. what photon energies in this beam of light are observed to be significantly reduced in intensity (“dark absorption lines”)? explain briefly.
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