EarthVenusSundobservedRvenusREarthdobserveddREarth - RvenusddobservedREarth - RvenusRvenuswhere the symbols are as follows.REarthdistance from Earth to SunRvenusdistance from Venus to Sunddistance between observing sites on Earthdobserved distance between Venus transit paths on Sun(a) Suppose Venus is halfway between the Earth and Sun (that is, RVenue = Rarth 2). What then would be true about the two similar triangles onthe above diagram-the triangles whose tips touch and whose bases are on the Earth and Sun, respectively?O The one on the left (attached to Earth) will be larger.They will be the same size.O The one on the right (attached to the Sun) will be larger.(b) If Venus is halfway between the Earth and Sun (that is, Ryenus = REarth 2)., how will d and dabserved be related?O d>dobssq°p = POd(c) Now suppose Venus is one-third of the way from the Sun to the Earth (Renus = 1/3Rarth). What then would be true about the two similarvenustriangles on the above diagram?O The one on the left (attached to Earth) will be larger.TO They will be the same size.O The one on the right (attached to the Sun) will be larger.(d) If Venus is one-third of the way from the the Sun to the Earth (R.anus = 1/3 R.arth), how will how will d and dabsenverd (the bases of the'venusrespective triangles) be related?sq°p P O(e)For a third case, imagine that Venus is two-thirds of the way from the Sun to the Earth (Rvenus = (2/3)REarth). What then would be true aboutthe two similar triangles on the above diagram?O The one on the left (attached to Earth) will be larger.They will be the same size.O The one on the right (attached to the Sun) will be larger.

Answered: Image /qna-images/answer/2f69c3db-0478-434a-946c-e2ec19a11a1e.jpg

(a) Suppose Venus is halfway between the Earth and Sun (that is, Ryenus - REarth 2). What then would be true about the two similar triangles on the above diagram-the triangles whose tips touch and whose bases are on the Earth and Sun, respectively? O The one on the left (attached to Earth) will be larger. They will be the same size. The one on the right (attached to the Sun) will be larger.

(a) Suppose Venus is halfway between the Earth and Sun (that is, Ryenus - REarth 2). What then would be true about the two similar triangles on the above diagram-the triangles whose tips touch and whose bases are on the Earth and Sun, respectively? O The one on the left (attached to Earth) will be larger. They will be the same size. The one on the right (attached to the Sun) will be larger.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

In the case of Mars, the time from opposition to the eastern quadrature is 107 days,and the sidereal period of Mars is 686.98 days, Calculate its orbital radius in the unit ofAU.
Suppose, hypothetically, that the Earth orbited the Sun at half its current distance. (That is, at 1/2 AU instead of 1 AU). What would be the length of the year? What else would be different?
How will you determine the distance of Mars from Earth?
The acceleration due to gravity on Eartha. is the same at all locations on the surface of Earthb. is greater for heavier objectsc. is greater at the equator and less at the polesd. is the same at any two locations provided that the distance to the centre of Earth at thoselocations is the samee. varies slightly with latitude
1- What is the arrival excess velocity vã (in km/s), when reaching Mars' sphere of influence (following A, you were on a Hohmann transfer trajectory)? (Give a signed answer here: if you get -10 km/s, enter -10; if your answer is +10 km/s, enter 10) -2.65 -2.65 The spacecraft is entering Mars' sphere of influence with the excess velocity computed above and a periapsis altitude of 400km was targeted. 2- What type of trajectory is the spacecraft on? Elliptical Circular Parabolic Hyperbolic
What is an epicycle? How is it important in Ptolemy's explanation of the retrograde motions of the planets?.
please use 180 Ibs Answers: a) Your Weight (Planet 1) Lbf Specific Weight of Water Lbf/Ft^3 b) Your Weight (Planet 2) Lbf Specific Weight of Water Lbf/Ft^3 c) Your Welght (Planet 3) Lbf Specific Weight of Water Lbf/Ft^3 What is your own body weight (Lbf) on the following (3) planets and what is the specific weight of water on the (3) planets? PLANET 1: An object falls from rest for a time of 2.50 sec with a striking velocity of 84.1 ft/sec. PLANET 2: An object falls from rest for a time of 5.63 sec with a striking velocity of 25.8 ft/sec. PLANET 3: An object falls from rest for a time of 1.46 sec with a striking velocity of 135.3 ft/sec.
calculate the periad T of a planet whose orbit IH} hos a Semimapr axis of 39 AÜ. B) calculate the period Tof a dwarf plantet whose orbit has a Semimajor axis of 228 'AU. c) Determne what the period of rerelution of eartth would be if its dötuine from thesn were 2.5. AU raher than I Au. ASSume that tme moss Of the Sun remains the Same.
Which is greater, the force exerted by Saturn on the sun, or the force exerted by the earth on the Sun? How much greater?
Why does the moon rotate aroud the Sun, and is it important?
In the classic 1913 science-fiction novel At the Earth’s Core, by Edgar Rice Burroughs, explorers discover that the earth is a hollow sphere and that an entire civilization lives on the inside of the sphere. Would it be possible to stand and walk on the inner surface of a hollow, nonrotating planet?