UJRefugees.net

captquint wrote: ↑Mon Mar 04, 2019 1:11 am

WestTexasCrude wrote: ↑Mon Mar 04, 2019 1:09 am

captquint wrote: ↑Mon Mar 04, 2019 12:57 am Yeah man, I buy mental credits all the time

Something we kinda figured.

I'm not surprised you want to move past this. You made some bold claims that you cannot back up and again assured everyone who reads this that you are indeed a fool.

Flumper wrote: ↑Sun Mar 03, 2019 11:36 pm holy shit. think about it for a minute. can you even fathom what it would take to run up a $40,000 electric bill in a month. That's over $1300 per day in electrical consumption. Using 11 cents a kwH that would be 12,000 kwH in a single day. 500 kwH each hour.

If my knowledge on this is right that would mean using 500,000 watts of power every single hour 24 hours a day. Honestly, I think your house would burn down trying to attempt that.

Flumper wrote: ↑Mon Mar 04, 2019 4:32 pm So folks, in summary, if you get a mansion and decide to consume enough electricity to run up a $40,000 electric bill every month, I would highly recommend that you get a minimum of 17 services of at least 200 amps each going into your home. Just to make sure that you don't have to keep flipping breakers all night and day. And with 17 breaker boxes, you will want to make sure and carefully label each one and maybe have a generator backup to light the room they are in.

Now, the quickest way to do this would be to hook up 5,000 light sockets with 100 watt bulbs in each one, so you can burn them 24 hours a day. In case you leave for work or go to sleep or even go on vacation. Remember, that meter doesn't spin itself.

Flumper wrote: ↑Mon Mar 04, 2019 4:32 pm So folks, in summary, if you get a mansion and decide to consume enough electricity to run up a $40,000 electric bill every month, I would highly recommend that you get a minimum of 17 services of at least 200 amps each going into your home. Just to make sure that you don't have to keep flipping breakers all night and day. And with 17 breaker boxes, you will want to make sure and carefully label each one and maybe have a generator backup to light the room they are in.

Now, the quickest way to do this would be to hook up 5,000 light sockets with 100 watt bulbs in each one, so you can burn them 24 hours a day. In case you leave for work or go to sleep or even go on vacation. Remember, that meter doesn't spin itself.

megman wrote: ↑Mon Mar 04, 2019 5:10 pm

Flumper wrote: ↑Mon Mar 04, 2019 4:32 pm So folks, in summary, if you get a mansion and decide to consume enough electricity to run up a $40,000 electric bill every month, I would highly recommend that you get a minimum of 17 services of at least 200 amps each going into your home. Just to make sure that you don't have to keep flipping breakers all night and day. And with 17 breaker boxes, you will want to make sure and carefully label each one and maybe have a generator backup to light the room they are in.

Now, the quickest way to do this would be to hook up 5,000 light sockets with 100 watt bulbs in each one, so you can burn them 24 hours a day. In case you leave for work or go to sleep or even go on vacation. Remember, that meter doesn't spin itself.

But can you hook the GFI plugs up with the A/C circuit?

Flumper wrote: ↑Mon Mar 04, 2019 5:25 pm

megman wrote: ↑Mon Mar 04, 2019 5:10 pm

Flumper wrote: ↑Mon Mar 04, 2019 4:32 pm So folks, in summary, if you get a mansion and decide to consume enough electricity to run up a $40,000 electric bill every month, I would highly recommend that you get a minimum of 17 services of at least 200 amps each going into your home. Just to make sure that you don't have to keep flipping breakers all night and day. And with 17 breaker boxes, you will want to make sure and carefully label each one and maybe have a generator backup to light the room they are in.

Now, the quickest way to do this would be to hook up 5,000 light sockets with 100 watt bulbs in each one, so you can burn them 24 hours a day. In case you leave for work or go to sleep or even go on vacation. Remember, that meter doesn't spin itself.

But can you hook the GFI plugs up with the A/C circuit?

We can't afford to use any gfi plugs. we are going to be busy enough flipping breakers.

Flumper wrote: ↑Mon Mar 04, 2019 9:39 pm Hmm.. Doing more research into Al's dilemma. The average life expectancy of a 100 watt incandescent bulb is 1200 hours. So that is 50 days if he's going to meet this $40,000 minimum on usage.

If he has to use 5,000 of them to meet his goal and they each last 50 days, then he will have to set them up on a rotational basis, so he only has to change out 100 bulbs per day. It seems doable.

Flumper wrote: ↑Mon Mar 04, 2019 9:39 pm Hmm.. Doing more research into Al's dilemma. The average life expectancy of a 100 watt incandescent bulb is 1200 hours. So that is 50 days if he's going to meet this $40,000 minimum on usage.

If he has to use 5,000 of them to meet his goal and they each last 50 days, then he will have to set them up on a rotational basis, so he only has to change out 100 bulbs per day. It seems doable.

Flumper wrote: ↑Mon Mar 04, 2019 9:39 pm Hmm.. Doing more research into Al's dilemma. The average life expectancy of a 100 watt incandescent bulb is 1200 hours. So that is 50 days if he's going to meet this $40,000 minimum on usage.

If he has to use 5,000 of them to meet his goal and they each last 50 days, then he will have to set them up on a rotational basis, so he only has to change out 100 bulbs per day. It seems doable.

Zerobeat wrote: ↑Mon Mar 04, 2019 9:53 pm

Flumper wrote: ↑Mon Mar 04, 2019 9:39 pm Hmm.. Doing more research into Al's dilemma. The average life expectancy of a 100 watt incandescent bulb is 1200 hours. So that is 50 days if he's going to meet this $40,000 minimum on usage.

If he has to use 5,000 of them to meet his goal and they each last 50 days, then he will have to set them up on a rotational basis, so he only has to change out 100 bulbs per day. It seems doable.

Intermittent, or continuous usage? They will most likely last longer if used continuously, introducing a certain amount of randomness into the mix.

Flumper wrote: ↑Mon Mar 04, 2019 10:01 pm

Zerobeat wrote: ↑Mon Mar 04, 2019 9:53 pm

Flumper wrote: ↑Mon Mar 04, 2019 9:39 pm Hmm.. Doing more research into Al's dilemma. The average life expectancy of a 100 watt incandescent bulb is 1200 hours. So that is 50 days if he's going to meet this $40,000 minimum on usage.

If he has to use 5,000 of them to meet his goal and they each last 50 days, then he will have to set them up on a rotational basis, so he only has to change out 100 bulbs per day. It seems doable.

Intermittent, or continuous usage? They will most likely last longer if used continuously, introducing a certain amount of randomness into the mix.

i thought about that, and you are probably right. i think the most damage done to an element inside a bulb is when its turned on and off. And since he won't be doing that, other than when breakers are thrown, then they probably will last longer than 50 days. Either way, his mansion would be an excellent place to test that out.

beagleboy wrote: ↑Thu Jan 10, 2019 6:27 pm

efman wrote: ↑Thu Jan 10, 2019 6:22 pm Less babbling and more Lollz.

Or I am going to find another group of retards to hang out with.

Good luck.

Reservoir Dog wrote: ↑Mon Mar 04, 2019 9:45 pm

Flumper wrote: ↑Mon Mar 04, 2019 9:39 pm Hmm.. Doing more research into Al's dilemma. The average life expectancy of a 100 watt incandescent bulb is 1200 hours. So that is 50 days if he's going to meet this $40,000 minimum on usage.

If he has to use 5,000 of them to meet his goal and they each last 50 days, then he will have to set them up on a rotational basis, so he only has to change out 100 bulbs per day. It seems doable.

I wonder how much 36,500 light bulbs per year costs?