You observe two identical stars (Star A and star B), that are at the same distance from Earth. The graphs below show how the observed brightness of Star A and Star B change over time. Which star is orbited by the larger exoplanet? Lab 3- Detecting Exoplanets - Report - WordXSavanna Johnson&ShareReviewViewFileHomeInsertDrawDesignLayoutReferencesMailingsHelpTell me what you want to doCutO FindA A AaETAавьссDс AавbсcDe AaBbC AаBЬСс[ АаВ Аавьссс АавыСсDTimes New F12ab Replace龟CopyPasteв IU-abe X, X*A-al-AT Normal No Spa... Heading 1Heading 2TitleSubtitleSubtle Em...SelectFormat PainterParagraphClipboardFontStylesEditingYou observe two identical stars (Star A and star B), that are at the same distance from Earth.The graphs below show how the observed brightness of Star A and Star B change over time.Which star is orbited by the larger exoplanet?2.Star A12151896Time(months)Star B121518396Time(months)a) Star A is orbited by a larger exoplanetb) Star B is orbited by a larger exoplanetc) Both exoplanets are the same in size45 of 734 wordsPage 2 of 6110%4:45 PMO Type here to searchiа11/25/2019BrightnessBrightnessΤΣΙΣ

When an exoplanet orbits the Star it blocked some of the star’s light as it passes by due to this…

Answered: Lab 3- Detecting Exoplanets - Report -…

Similar questions

What is a "hot Jupiter" Group of answer choices Exoplanets that are warmer than Jupiter. Exoplanet that are giant like Jupiter but orbits very close to their star. Any planet that is hotter than Venus. Jupiter size planets orbiting around stars much hotter than the Sun.
What is an exoplanet? Group of answer choices A planet in our solar system beyond Pluto. Any planet with extra-terrestrial life. A planet in an extra-solar star system outside of our solar system. Objects in the solar system such as Pluto that were once considered planets but no longer are.
How would the solar system be different if the solar nebula had cooled, with a temperature half its actual value? [select all that apply] options: There would be more comets. Life would have been very unlikely to evolve here. There would be no comets. There would be fewer asteroids. There would be more asteroids. Jovian planets would have formed closer to Sun. Terrestrial planets would be large
If you stood on Earth during its formation, during which it captured about 1.6 ✕ 1011 particles per second, and watched a region covering 170 m2, how many impacts would you expect to see in an hour? (Notes: The surface area of a sphere is 4?r2. Hint: Assume that Earth had its current radius of 6,378 km.)
The planet Uranus was discovered in 1781, and Neptune, the next planet outward from the Sun, was discovered in 1846. Imagine you're an astronomer in 1846, and you start wondering if there's another planet out beyond Neptune. You decide to try and discover its existence using the same method that was used for Neptune. How will you do this? Group of answer choices You'll recruit a large number of astronomers to use their telescopes to carefully scan the sky in directions that are far from the ecliptic. The regions around the north and south celestial poles will probably be the best "hunting grounds" for the new planet. You'll examine Uranus and Neptune very carefully, on every clear night, for several years, to see if you can find any evidence that sunlight has been reflected off of the `new' planet, then off of Uranus or Neptune, before arriving on Earth. On rare occasions when Neptune passes in front of the Sun, as seen from Earth, you'll look carefully at the Sun (with a safe…
The transit method is used to detected exoplanets by measuring the reduced starlight caused by the planet passing in front of its host star. Say you measure multiple transits of the same exoplanet. What does the time in between the transits represent? Group of answer choices - Orbital period - Semi-major axis - Ecentricity - Planet's mass
Imagine a trans-Neptunian object with roughly the same mass as Earth but located 50 AU from the sun. a) based on the solar nebula theory, what do you think this object would be made of and why? b) on the basis of speculation, assume a reasonable density for this object and calculate its diameter in units of Earth radii.
If you were to record the spectrum of Saturn as well as the A ring, you would find light from one edge of the rings redshift and light from the other edge blueshift. If you observed a spectral line at a wavelength of 525 nm, what difference in wavelength (in nm) should you expect between the opposite edge of the rings? (Hint: The radius of the edge of the A ring is 136,500 km. Use the formula for orbital velocity and the formula for the Doppler shift.) _______ nm
For the following light curve, which of the answers best illustrates the orientation of the exoplanet and its host star during the dip at Time 3? Light curve Time 1 Time 2 Time 3 Time 4 Choose one: А. O C. D. Intensity B.
Which of the following could the Close Encounter hypothesis NOT explain A)The planets all orbit in the same place B) The planets all orbit in the same direction C) Terrestrial planets do not have the same composition as the Sun D) All of these
Why are jovian planets so much larger than terrestrial planets?