Will the lava lamp work without the bulb
Answers
Answer:
Answer:If by energy efficient, you are referring to halogen type lamps, then yes, the lava lamp function will still happen, but instead of 25W, then it may be 23 or 22W.
Answer:If by energy efficient, you are referring to halogen type lamps, then yes, the lava lamp function will still happen, but instead of 25W, then it may be 23 or 22W.If you are thinking of using a different type of lamp, like compact fluorescent, or LED, then NO the lava function will not work since the much smaller amount of heat (2–5W) will not be able both heat the lamp and overcome the heat loss to the air to keep it hot. The cooler lamp will result in a poor display effect (if it even gets started).
Answer:If by energy efficient, you are referring to halogen type lamps, then yes, the lava lamp function will still happen, but instead of 25W, then it may be 23 or 22W.If you are thinking of using a different type of lamp, like compact fluorescent, or LED, then NO the lava function will not work since the much smaller amount of heat (2–5W) will not be able both heat the lamp and overcome the heat loss to the air to keep it hot. The cooler lamp will result in a poor display effect (if it even gets started).The ‘lava effect’ is created when the blobs of wax get heated and “float” to the top of the viscous fluid, then get cooled as the blobs travel up the column. As they travel upward, the shape of the bottle makes the fluid cool, and a convection current is started, with the central column rising, and the denser, cooler liquid falling at the perimeter.
Answer:If by energy efficient, you are referring to halogen type lamps, then yes, the lava lamp function will still happen, but instead of 25W, then it may be 23 or 22W.If you are thinking of using a different type of lamp, like compact fluorescent, or LED, then NO the lava function will not work since the much smaller amount of heat (2–5W) will not be able both heat the lamp and overcome the heat loss to the air to keep it hot. The cooler lamp will result in a poor display effect (if it even gets started).The ‘lava effect’ is created when the blobs of wax get heated and “float” to the top of the viscous fluid, then get cooled as the blobs travel up the column. As they travel upward, the shape of the bottle makes the fluid cool, and a convection current is started, with the central column rising, and the denser, cooler liquid falling at the perimeter.Now that you know how it works, you can see, that if you don’t heat the blobs of wax, then you won’t have the same effect.