Question
Voyager 1 was 16,238,494,019,000 and voyager 2 was 13,147,855,813,000 from the sun
Part 3: Voyager 1 and 2 How far away from the sun, in meters, were the Voyager 1 and 2 spacecraft as of January 2, 20097 Research this information using the Internet or any other sources you can find. Then plot the positions of these two spacecraft on the graph you created in Part 2. How far away are they compared to the nearest star? Specifically, at what percent of the distance to th the Voyager spacecraft? Write your answer in scientific notation and show all your calculations. e nearest star are
0 0
Add a comment Improve this question Transcribed image text
Answer #1

At 0h UT (Greenwich time) on 2nd January 2009, Voyager 1 was 108.547628513 AU from the Sun. This is 16,238,494,019,000 m

Voyager 2 was 87.887988067 AU from the Sun. This is 13,147,855,813,000 m

Add a comment
Know the answer?
Add Answer to:
Voyager 1 was 16,238,494,019,000 and voyager 2 was 13,147,855,813,000 from the sun Part 3: Voyager 1...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • The Voyager 1 spacecraft is presently 105.1 astronomical units from the Sun, and is moving away...

    The Voyager 1 spacecraft is presently 105.1 astronomical units from the Sun, and is moving away from the Sun at a speed of 17,260 meters per second. If it were traveling directly toward Proxima Centauri, and maintained its present speed for the entire journey, how long would it take to reach Proxima Centauri?

  • 1. Two cells that subdivide on Earth every 10.0s start from the Earth on a journey to the Sun (1....

    These are the answers, please provide the work for the calculation 1. Two cells that subdivide on Earth every 10.0s start from the Earth on a journey to the Sun (1.5 x 1011 m away) in a spacecraft moving at 0.850c. How many cells wil exist when the spacecraft crashes into the Sun? Earth time is 588s. Spacecraft time is 310s or 31 cycles of division. 2312.1x 10 cells at the end of the journey. 2. As a spacecraft moving...

  • If we scale the approximate size of the Sun (~1 billion meters) to fit onto a...

    If we scale the approximate size of the Sun (~1 billion meters) to fit onto a DVD (about 100mm or 0.1m), how many DVDs would you have to connect as a chain to represent the distance to the nearest star? Use the fact that Alpha Centauri is about 10¹⁶ meters away from Earth. Hint: determine the scale factor which reduces the true size of the Sun to a DVD and apply it to the distance to Alpha Centauri. If you...

  • Suppose your planet at 1 meter from the ball represents a distance of 4 x 10^7...

    Suppose your planet at 1 meter from the ball represents a distance of 4 x 10^7 km from the star. The next closest star to the Sun is 4 x 10^13 km away. How far away from the model star would you have to be for the distances in the system to be to scale? Express your answer in meters and kilometers.   From the correctly scaled distance, could we actually see the planet as it moves in front of the...

  • show calculations please! In Astronomy we often deal with distances, or lengths, that range form the very small to the very large. For instance The size of a nucleus is roughly 0.000, 000,000,00...

    show calculations please! In Astronomy we often deal with distances, or lengths, that range form the very small to the very large. For instance The size of a nucleus is roughly 0.000, 000,000,000,001 meters and the distance to the nearest star is roughly 700,000,000,000 meters. We will talk about these numbers using scientific notation where each zero is counted as ten raised to an exponent equal to the number of zeros. Le the size of a nucleus is 1 x...

  • Add: 2.386x109 + 7.472x106 Use the 1x10^6 style format for entering your answer. No spaces between...

    Add: 2.386x109 + 7.472x106 Use the 1x10^6 style format for entering your answer. No spaces between characters. Do no round your answer. Divide: 6x1014 / 3x108 Use the 1x10^6 style format for entering your answer. No spaces between characters. Divide: 5.6x104/2.8x108 Use the 1x10^6 style format for entering your answer. No spaces between characters. Question 5 10 pts The average Earth-Moon distance (average orbital radius) is 3.844x105 kilometers. The average Earth-Sun distance (average orbital radius) is 1.496x1011 meters. How many...

  • i just need #4 completed HWI Due 1/31/19 at the BEGINNING of class! 1. Express the...

    i just need #4 completed HWI Due 1/31/19 at the BEGINNING of class! 1. Express the following in scientific notation: ir. d. 00074 4-7x1 ヤ10-9 Solve these problems without using a calculator. The easiest way is to convert the numbers to scientific notation first and then do the calculation. Be sure to express the answer in scientific notation! ly 2. 400000 x 40.000.000: yxdTX 4x107-16x10s- a. You win a scholarship to do a semester abroad in Europe. During your spring...

  • Figure 2 shows observations of the spectrum of another star, like the Sun but more distant,...

    Figure 2 shows observations of the spectrum of another star, like the Sun but more distant, as seen from the Earth over the course of a year. The wavelength range shown is the same tiny portion of the spectrum shown in the bottom panel of the earlier figure, and the same two prominent iron lines are seen. From laboratory measurements of such atoms, it is known that the wavelengths of these two lines are hemit - 633.53 for the shorter...

  • Part 1 Part 2 Part 3 Part 1 y = y0 + v0 sinθ t -...

    Part 1 Part 2 Part 3 Part 1 y = y0 + v0 sinθ t - 1/2 gt2 vy = v0 sinθ - gt x = x0 + v0 cosθ t vx = v0 cosθ The equations above can be used for this and the following problems. θ is the angle above the horizontal. Ignore air resistance. A bullet is fired from a rifle pointed 45 degrees above horizontal. The bullet leaves the muzzle traveling 1400 m/s. How many seconds...

  • 1. According to the U.S. Energy Information Administration (www.eia.gov) the United States consumed 4.151 trillion kWh...

    1. According to the U.S. Energy Information Administration (www.eia.gov) the United States consumed 4.151 trillion kWh (kilowatt-hours) of electric energy in 2010. Write this number in correct scientific notation in terms of kWh. 4.151 X 10^12 2. Of this electric energy, 260.2 billion kWh were produced by hydroelectric sources (think water over dams – like Snoqualmie Falls) in 2010. a) Write this number in correct scientific notation in terms of kWh. 2.602 x 10^11 b) What percent of the total...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT