If water is not coming from outlet of geyser, it might be because faulty geyser or because it was badly installed. The problem can be leaking water through the ceiling or somewhere. Another reason can be insufficient hot water pressure.
True.
Yes, a geyser is natural. A geyser requires three critical elements in order to form: a water supply, a heat source, and the proper kind of underground water circulation system.
geyser
water under pressure increases its boiling point as the pressure decreases it will expand by boiling, thus shooting out a geyser
The correct spelling is "geyser" (an eruption of steam and water, its source, or any similar eruptive form).
A geyser produces thermal energy in the form of hot water and steam. This energy comes from the heat stored beneath the Earth's surface, usually generated by the magma chambers which are close to the surface.
A geyser is essentially a hot spring that from time to time becomes hydro-dynamically and thermodynamically unstable. The eruption of a cone geyser occurs when super heated water in its tube is heated to the point where steam bubbles form
I dont know the answer.
The size of the opening of the tube controls the pressure buildup in the underground reservoir. If the opening is small, pressure can build up before being released, creating a geyser when the water erupts. A larger opening allows pressure to dissipate more gradually, resulting in a hot spring where water flows steadily.
A geyser is essentially a hot spring that from time to time becomes hydro-dynamically and thermodynamically unstable. The eruption of a cone geyser occurs when super heated water in its tube is heated to the point where steam bubbles form
geysers are natural formation from the earth that periodically release a large amount of water straight into the air at a rapid speed, just like the geyser "Old Faithful".
An earthquake could affect geyser activity in Yellowstone by potentially altering the underground hydrothermal system that feeds the geysers. It could disrupt the flow of water and change the pressure within the system, impacting the timing and intensity of geyser eruptions. Additionally, an earthquake could trigger new geysers to form or cause existing ones to become dormant.