Question

A. A distant observer detects a change in the brightness of the Sun as Jupiter transits...

A. A distant observer detects a change in the brightness of the Sun as Jupiter transits the Sun. How big is this change in magnitudes?

B. A distant observer detects a change in the brightness of the Sun as Earth transits the Sun. How big is this change in magnitudes?

Science   Physics   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Suppose we could move Earth to the distance at which Jupiter orbits the Sun. Jupiter is...
Suppose we could move Earth to the distance at which Jupiter orbits the Sun. Jupiter is much more massive than Earth, and orbits every 11.9 years. What would the Earth's new period be? options: A. It would remain 1 year B. Between 1 and 11.9 years C. Also 11.9 years D. More than 11.9 years E. It would depend on the speed given to Earth F. It's impossible for a smaller massed planet like Earth to orbit at Jupiter's distance.
Based on your answers to the previous questions, what is the relationship between brightness and apparent...
Based on your answers to the previous questions, what is the relationship between brightness and apparent magnitude? Question 4 options: brighter stars have smaller apparent magnitudes there is no relationship between brightness and apparent magnitude brighter stars have larger apparent magnitudes Would a star of apparent magnitude -2.0 be brighter than Sirius or fainter? Question 5 options: fainter than Sirius brighter than Sirius. While apparent magnitude measures how bright a star appears to us on Earth, absolute magnitude measures the...
Problem 14.50 According to an observer at rest in the Earth reference frame, ship A is...
Problem 14.50 According to an observer at rest in the Earth reference frame, ship A is moving toward ship B at speed 0.862 c0 while ship B is moving toward ship A at 0.697 c0 .Ship A sends out a shuttle module M that travels to ship B at speed 0.575 c0 relative to A. Part A When a pilot of the module sees 1.00 s pass on her clock, how much time would she observe passing on a distant...
Show all calculations and formulas used. The closest star to earth is 4.253 light years away....
Show all calculations and formulas used. The closest star to earth is 4.253 light years away. How far is that in miles? The fastest space probe ever designed has a speed of about 58,000 km/h. How long would it take it to cross the length of the milky way galaxy? If the parallax angle of a star is 0.000075% then how far away is that star? What is the relative brightness of the Sun as seen from Saturn as compared...
A distant star is found to have twice the surface temperature as our sun Tstar= 2Tsun....
A distant star is found to have twice the surface temperature as our sun Tstar= 2Tsun. However, the total power emitted from that star’s surface is found to be four times the power emitted from our sun’s surface. (a) how do you think we know the surface temperature of that star without ever visiting it?(1 point) (b) What can you tell about the radius Rstar of that star compared to the radius Rsun of our sun?(2 points) Rstar/Rsun=
The total amount of solar energy that arrives at the earth from the sun is 1.74...
The total amount of solar energy that arrives at the earth from the sun is 1.74 × 1017 W, and the surface area of the earth is 5.1 × 1014 m2 (assuming the earth's radius is 6.37 × 106 m). (a) If a solar panel is about 20% efficient in converting solar photons into electrical power, how big a solar panel (in area, m2) would be required to run a 70 W light bulb? (b) Humans use approximately 4.87 ×...
How does the color and intensity of the emitted light change as you take a solid...
How does the color and intensity of the emitted light change as you take a solid object and heat it up from a low temperature to an extremely high temperature? a. It gets redder and dimmer. b. It gets redder and brighter. c. it gets bluer and dimmer. d. It gets bluer and brighter. e, As it gets hotter, it emits only specific frequencies of light corresponding to the atomic transitions of the material at the surface. f. As it...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT