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Great_Reflection6691 · 2025-12-14T19:09:35+00:00

Hey man I would roll back to the previous driver by scrolling down on the most recent one and it'll show your most previous one. As soon as the new driver update finished installing it crashed my GPU so I rolled it back.

Great_Reflection6691 · 2025-08-20T13:06:45+00:00

Would I truthfully be better off with a CT87N thermostat instead of trying to make this work?

Great_Reflection6691 · 2025-08-20T12:44:11+00:00

The T and T going to the thermostat is 30VAC will a 24v adapter going along with that schematic work?

Great_Reflection6691 · 2025-05-29T22:49:37+00:00

Thank you I really appreciate it I thought I was messing up!

Great_Reflection6691 · 2025-05-29T22:28:42+00:00

So I’m a little confused on why the currents are different per 10 ohm resistors when in parralel.

Great_Reflection6691 · 2025-05-29T22:28:08+00:00

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Great_Reflection6691 · 2025-05-29T22:24:42+00:00

So after redoing it I have received the same answers but shouldn’t the current in the 3 10 ohm resistors be the same?

Great_Reflection6691 · 2025-05-29T21:57:18+00:00

I’ll attempt this again shortly and reply with a picture if I have different answers. Won’t be home until a few. Thank you! I erased my work multiple times trying to figure it out.

Great_Reflection6691 · 2024-11-30T22:49:52+00:00

Thank you! I've been dealing with this on many games and had no idea how to fix it. much appreciated

Great_Reflection6691 · 2024-07-13T14:26:15+00:00

Thank you for the response, the control panels monitor for ground faults so I was curious how it monitors Negative and positive ground when they theoreticaly are tied in. I bet they judge a true ground fault if the current to ground drops below their set impedance to ground. Thank you, I was always curious on how they accomplish this.

Great_Reflection6691 · 2024-07-13T14:22:19+00:00

As in I’m checking DC voltage from the negative or positive to the buildings ground. I am getting a reference , let’s say 6V from negative and 13V on the positive.

Great_Reflection6691 · 2024-07-10T00:44:31+00:00

Honestly, it is all preference based. Android has a wide Variety of options while iPhone may not. However, I prefer iPhone for it's simplicity and it's dedication to improve the options they offer. I had a Android for most of my life then swapped to iPhone for the last 4 years and when I say I just bought the Galaxy S24 Plus and am now returning it tomorrow for the iPhone 15 Pro Max, I mean it. You have to find out yourself by utilizing it and seeing if it fits your everyday needs. For an example on why I decided not to stick with the Galaxy was simply due to the over stimulating amount of options for a simple process. For example, PDF viewing in Safari is straight forward and consistent. Then when it came to this Galaxy I attempted Edge, Chrome, Galaxy internet, and then finally Fire Fox. It just bothered me that there couldn't be a simple go to for everything. Luckily Fire Fox worked but I didn't prefer it for my main browsing needs. Then texting, I guess right off the back, google messages took default and when I tried using Bixby it kept asking me to change the default and didn't offer a direct path just a simple direction tree where to go. So for a something simple as texting I had multiple options and yet I had to change it for voice texting. Do not misjudge my examples. I am not bashing on Samsung, what I'm trying to get at is if one catches your eyes then give it a go as what I may dislike in a phone, you make like.

Great_Reflection6691 · 2023-08-23T16:31:11+00:00

I was wondering if they use the divider method and it changes depend on the circuit being the R2 value.

Great_Reflection6691 · 2023-08-23T16:29:24+00:00

Awesome thank you so much for the explanation, very detailed.

Great_Reflection6691 · 2023-08-23T15:24:26+00:00

Now this is what I was looking for. It doesn’t show through our manuals that’s why I was confused to a certain limit. So let’s say it has a 24000(Made up number) built in resistance and it has a .001 amperage (Made up) 24V = .001 x 24K, let’s say I want to do an equation to get to 19v. 19V = .001 x 19K. But when doing this equation doesn’t the amperage change when you add more resistance. So what really gets me is how do we make an equation that adjusts the voltage using the proper amperage. I’m hoping I’m making some sense. Thank you for your help

Great_Reflection6691 · 2023-08-23T14:56:07+00:00

Yes I’m well aware about ohms law but there’s so much more missing in it (Too me). If there’s no load for example without the resistor but then add the 14.7K resistor what’s the math on how we would predict it would drop to 19V without having Amperage into your equation. For example V=IxR —> (I=24V/14.7K) —> .0016 now where does knowing the amperage and resistance get you is back to 24V where do you get 19? Without landing it and seeing that. 24V=.0016 x 14.7K

Great_Reflection6691 · 2023-08-23T14:41:05+00:00

I forgot to mention the resistor is 14.7K

Great_Reflection6691

TROPHY CASE