Question

In: Other

Hence, if this supply of heat is cut down, obviously, there will be no source to...

  1. Hence, if this supply of heat is cut down, obviously, there will be no source to make the water boiling and in that case, geyser will stop working or erupting. There are chambers of boiling water underground and if this supply is cut, eruption will stop.

Solutions

Expert Solution

Ans.

Yes, it is true that geysers have some source inside the earth surface or beneath it from where heat is coming and the water comes in contact with this heat source and gets boiled up. After boiling of water, there is release of steam which creates pressure and since there generate high pressure inside the earth and pressure is low outside it. The water will blow from high pressure to low pressure with great speed creating geysers. But if this supply of heat is cut down, there is no source now to generate heat and hence geysers will stop erupting now.

This supply can be cut if the energy beneath earth is not sufficient to come out, if the source of heat has shifted to other region with moving plates (this case is similar to Hawaii islands which had an active source of lava earlier but this source moved further and the volcano became extinct). similarly when the source is moved away, the supply of heat is cut and geyser do not get enough hot boiling water.


Related Solutions

The source of the supply of loanable funds is a. saving, and the source of the...
The source of the supply of loanable funds is a. saving, and the source of the demand for loanable funds is investment. b. consumption, and the source of the demand for loanable funds is investment. c. investment, and the source of the demand for loanable funds is saving. d. the interest rate, and the source of the demand for loanable funds is saving.
Consider a residential heat pump that uses lake water as the heat source in the winter...
Consider a residential heat pump that uses lake water as the heat source in the winter and as heat sink inthe summer. The house is to maintained at a winter temperature of T= 18 degrees C and a summer temperature of T= 25 degrees C. To do this efficiently, it is found that the indoor coil should be at T= 50 degrees C in the winter and T= 5 degrees C in the summer. The outdoor coil temperature can be...
A heat engine operates between a source and a sink. The source temperatures vary from 300...
A heat engine operates between a source and a sink. The source temperatures vary from 300 to 1000°C. Heat is supplied to the heat engine at a steady rate of 1200 kJ/min. Using Matlab or Excel (or other) software, study the effects of the temperatures of the heat source and the heat sink on the maximum power produced and the cycle thermal efficiency. Plot the power produced and the cycle efficiency against the source temperature for sink temperatures of 0°C,...
A heat engine operates by extracting 2,000 KJ of heat from a source at 1500 K,...
A heat engine operates by extracting 2,000 KJ of heat from a source at 1500 K, and dumping 800 of waste heat into a sink at 300 K. a) Does this engine violate any known laws of thermodynamics? b) How much work does this engine produce? c) What are the first and second law efficiencies?
A heat engine uses a heat source at 580 ∘C and has an ideal (Carnot) efficiency...
A heat engine uses a heat source at 580 ∘C and has an ideal (Carnot) efficiency of 29 % . To increase the ideal efficiency to 46 % , what must be the temperature of the heat source?
Explain the advantages and disadvantages of both a Supply-side tax cut and a Demand-side tax cut....
Explain the advantages and disadvantages of both a Supply-side tax cut and a Demand-side tax cut. Why is the former so popular with the GOP? And why is the latter almost unheard of in the 21st century?
Consider the 500-Watt heat source in the previous problem. Assuming that at launch the 500-Watt source...
Consider the 500-Watt heat source in the previous problem. Assuming that at launch the 500-Watt source was pure plutonium 238, what was the mass of the plutonium 238 at launch (closest answer in kg)? The alpha particles emitted by the plutonium have energy 5.6 MeV. (Previous Problem: Plutonium 238 is used as a heat source to generate electricity in space probes. It is an alpha-emitter with a half life of 88 years. If the plutonium heat source on a probe...
Saturdated water vapor (steam) is commonly used as a heat source in heat exchanger applications. Why...
Saturdated water vapor (steam) is commonly used as a heat source in heat exchanger applications. Why saturated vapor? Why saturated water vapor? In a plant of any reasonable size, several varieties of saturated steam are commonly available; for example, saturated steam at 4.5,9,17, and 33 bar. But the higher the pressure the lower the useful energy content (why?), and the greater the unit cost. Why then is higher-pressure steam used?
A particular power plant operates with a heat-source reservoir at 350°C and a heat-sink reservoir at...
A particular power plant operates with a heat-source reservoir at 350°C and a heat-sink reservoir at 30°C. It has a thermal efficiency equal to 67% of the Carnot-engine thermal efficiency for the same temperatures. What is the thermal efficiency of the plant? The thermal efficiency of the plant is  .
Compilers and Assemblers translate each source file individually to generate object code files. Hence the object...
Compilers and Assemblers translate each source file individually to generate object code files. Hence the object files need to be linked together before they can be executed. Theoretically, however, it is possible to skip the linking step and directly have compilers generate the final executable file. What would be the downside of taking the latter approach
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT