I just moved into a 2005 home and I was looking at the fireplace. IT seems to not shut off when I turn off the switch. Is a small flame that wont go off. Its a gas powered built in fireplace. Is the flame soppose to be on at all times even when the switch is off?
It seems as if not all of the gas is being burned. I have tried adjusting the flame and it does not help.
I have a natural gas fireplace in my home. Instead of using natural gas I want to use the flame logs that would be much less expensive. Could anyone give me any advise on if this would be a good idea or not. Thanks..
You know at the bottom where the flame/gas comes out of?
Whats it called?
I purchase an electric fireplace / heater. It’s looks really nice, flame looks real and it heats up the room. It would be perfect if it had a L shaped pipe on top which led to the wall. I’m looking for a way to make one, any ideas ? It need to be black which I can paint. Thank You…
I am in the process of redoing my room…I’m looking for a electric fireplace that is a deep mahagony color…not black…thats not bigger than 2 feet thats no more than 150 dollars…similiar to the CLASSIC FLAME Americana Bronze Electric Stove…does any one know where i can find one for that price?
There is a switch on the wall but wont work after the flame goes out, there is a on/off switch by the pilot light when i put it on the fireplace comes on and the switch on the wall works again.
I’m required to turn the blower off then on again once or twice, then the flame reappears. The pilot never goes out. The flames goes out early on and later when the unit is hot. This can go on all night, or can run fine for a couple of hours. Any suggestions anybody?
Maybe someone can help me with my lab report. I basically need to follow a procedure and come up with a chemical equation for the reaction.
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1. Place ammonium carbonate into a test tube and gently heat it over a flame.
2. Remove the test tube from the flame and place a piece of moistened litmus paper in the mouth of the test tube. Identify any odor that is readily apparent.
3. Test for the formation of a gas: Light a wood splint and insert the burning splint halfway down into the test tube.
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I guess the equation is (NH4)2CO3 (s) –> CO2 (g) + H2O (l) + 2NH3 (g). Am I right?
Something else does not add up. The litmus paper turned blue, hinting the presence of a base. What is that base? Did I do something wrong in writing the equation?
Thanks!
Is it right to put the burner of the gas stove high while cooking or low?
Is gas saved when it cooks faster on higher flame or kept on lower flame whiel cooking
