If Jupiter were orbiting our Sun and observed from afar, what magnitude of light dimming would be expected during transit?
Answer
Less than one percent.
The dimming caused by Jupiter, even relative to our Sun, is described as being extremely subtle, typically amounting to less than one percent of the total light.
#Videos
How to Detect EXOPLANETS - The Transit Method - YouTube
Related Questions
What specific event defines a transit in exoplanet detection?What is the scientific name often associated with monitoring changes in a star's apparent brightness via the transit method?What geometric constraint is fundamental for detecting an exoplanet using the transit method?Which measurement derived from transit observations provides direct insight into the planet's physical dimensions?What characteristic derived from sequential transits allows astronomers to calculate the planet's orbital period?According to Kepler's Laws, what orbital characteristic is intrinsically linked to the planet's orbital period discovered via transits?When observing an Earth-sized planet, around which type of star is the transit signal considerably deeper and easier to measure?What factor causes a single, isolated dip in stellar brightness to be considered unreliable evidence for an exoplanet discovery?What crucial piece of information does the transit method *by itself* fail to provide about an exoplanet?To fully characterize an exoplanet's density using transit data, what other observational technique must typically be combined?If Jupiter were orbiting our Sun and observed from afar, what magnitude of light dimming would be expected during transit?