In the USA, at 110 volts, 1500 watts just about uses all the capacity of a 15 amp breaker, there's only 150 watts spare, look at the rating of the lamp and fan - lamp may be 40, 60, 100 watts, fan 40, 60, more? In the UK and Europe, at 230 volts, there's no problem. I give both answers because I don't know where you are.
No tandem breakers are of the same value.
At 120 Volts your heater is drawing about 12.5 Amps. If your house only had 120 V then it would draw 13.6 Amps. Problems could be 1.) Other devices on same circuit. 2.) Internal short in the heating element that reduced resistance and increased current. 3.) Faulty heater in that it really delivers more than 1500 watts because heating elements are less resistance than rating would require. 4.) Faulty breaker. These are in order of likelihood. You are close enough to the limit of the breaker that it could be any of these things. Typically you should not exceed 80% of the breaker rating and that is just where you are operating.
No, 1.5 milligrams is not the same as 1500 milligrams. 1.5 milligrams is a much smaller quantity than 1500 milligrams; specifically, 1.5 milligrams is 1000 times smaller than 1500 milligrams.
You probably blew the breaker for the lights. While usually the lights and outlets in a room are on the same breaker, it isn't always done that way. And you may have blown the light bulbs in the lights.
It is not recommended to replace a Westinghouse breaker with a GE breaker unless they are specifically listed as compatible for the same panel. Each breaker is designed for a specific panel and mixing brands can create safety hazards. It is best to consult an electrician to ensure compatibility and safety.
A fireplace. The same thing you call it. At least, that is what I have gathered from watching British television shows.
No tandem breakers are of the same value.
At 120 Volts your heater is drawing about 12.5 Amps. If your house only had 120 V then it would draw 13.6 Amps. Problems could be 1.) Other devices on same circuit. 2.) Internal short in the heating element that reduced resistance and increased current. 3.) Faulty heater in that it really delivers more than 1500 watts because heating elements are less resistance than rating would require. 4.) Faulty breaker. These are in order of likelihood. You are close enough to the limit of the breaker that it could be any of these things. Typically you should not exceed 80% of the breaker rating and that is just where you are operating.
You can describe a fireplace as:CracklingBlazingHotColors (Red, Orange, Yellow)WarmYou can technically describe a fireplace the same way you describe fire. All you have to do is think about it.
The fireplace in the bedroom has the two skeleton clocks. If they both strike midnight at the same time, they will reveal the LANTERN in the fireplace below. (see related question)
They are the same from 1994 to 2002.
Parents can ensure their baby's safety and prevent them from getting near the fireplace by installing a safety gate or barrier around the fireplace, keeping the fireplace area clear of any objects that could be hazardous, and closely supervising their baby whenever they are in the same room as the fireplace.
... fuse.
What power point? Is it a fuse or a breaker, they are not the same. What do you want to know?
If either switch is turned on the light will be on. BUT- If the switches were wired to different phases of the AC power source they would be out of phase and blow the breaker if they were turned on at the same time.
Turn off the power to the light fixture at the circuit breaker. Use a ladder to reach the ceiling fixture. Carefully remove the cover or shade of the fixture. Unscrew the old light bulb and dispose of it properly. Insert a new light bulb of the same wattage and type. Replace the cover or shade of the fixture. Turn the power back on at the circuit breaker and test the new light bulb.
Yes they are.