What general path do planets, including Venus, follow across the sky throughout the year?
Answer
The ecliptic
The location of planets across our sky is generally predictable because their orbits are mostly confined to a single plane that passes through the Sun and Earth. This plane defines the ecliptic, which is the apparent path the Sun traces across the celestial sphere over the course of a year. While some bright stars happen to lie near this path, the defining characteristic for identifying solar system bodies like Venus is their adherence to the ecliptic, especially when combined with other clues like steady light and proximity to the horizon around sunset or sunrise.

#Videos
What's That Bright Star in the Sky? It's Not a Star, It's Venus - YouTube
Related Questions
How much brighter does Venus appear compared to Sirius at peak visibility?What substance primarily comprises the thick clouds responsible for Venus's high albedo?Why is Venus never visible in the midnight sky, unlike planets such as Jupiter or Mars?What configuration describes the Evening Star when it is visible in the west following sunset?What observational clue differentiates the steady light of Venus from the twinkling light of true stars?What specific measurement quantifies the degree to which Venus’s surface reflects incident sunlight?How long does Venus take to complete one orbit around the Sun compared to Earth's orbital duration?During which phase is Venus closest to Earth, though perhaps less bright overall than other phases?What general path do planets, including Venus, follow across the sky throughout the year?What is the maximum angular separation, in degrees, that Venus reaches from the Sun as viewed from Earth?