Venus can be as bright as apparent magnitude -4.7 when at a distance of about 1 AU. How many times fainter would Venus look from a distance of 6 pc? Assume Venus has the same illumination phase from your new vantage point. (Hints: Recall the inverse square law also, review the definition of apparent visual magnitudes. Note: 1 pc = 2.1 x 105 AU).
Venus can be as bright as apparent magnitude -4.7 when at a distance of about 1 AU. How many times fainter would Venus look from a distance of 6 pc? Assume Venus has the same illumination phase from your new vantage point. (Hints: Recall the inverse square law also, review the definition of apparent visual magnitudes. Note: 1 pc = 2.1 x 105 AU).
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![**Problem Statement:**
Venus can be as bright as apparent magnitude -4.7 when at a distance of about 1 AU. How many times fainter would Venus look from a distance of 6 pc? Assume Venus has the same illumination phase from your new vantage point.
**Hints:**
- Recall the inverse square law.
- Also, review the definition of apparent visual magnitudes.
**Note:**
1 pc = 2.1 x 10^5 AU.
**Input Box:**
- [Enter a number] times fainter.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F10987a05-6004-4fb1-8846-eb9d55f60d7e%2F93f674b5-1e18-4b3e-b95e-aec587f93add%2Fkgkrog_processed.png&w=3840&q=75)
Transcribed Image Text:**Problem Statement:**
Venus can be as bright as apparent magnitude -4.7 when at a distance of about 1 AU. How many times fainter would Venus look from a distance of 6 pc? Assume Venus has the same illumination phase from your new vantage point.
**Hints:**
- Recall the inverse square law.
- Also, review the definition of apparent visual magnitudes.
**Note:**
1 pc = 2.1 x 10^5 AU.
**Input Box:**
- [Enter a number] times fainter.
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