Capacitors in Parallel - calculations electronics engineering

Learn how to calculate circuits with capacitors in parallel with this tutorial on electronic engineering.
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[@EngineeringMindset]

⚠️ *These videos take a long time to make* if you would like to buy Paul a coffee to say thanks, link below: ☕ PayPal: www.paypal.me/TheEngineerinMindset Channel membership: kzbin.info/door/k0fGHsCEzGig-rSzkfCjMwjoin Patreon: www.patreon.com/theengineeringmindset

[@will-cc3dx]

Short but informative! Appreciate it!

[@lucycoleclough1182]

I really love this channel, I was feeling sick this morning so just watched a ton of these in bed as they'll come in handy in the future

[@PhG1961]

Wonderfull animation and very well explained ! Great videos, as usual !

[@C0manso]

Could you explain why we might use a bunch of smaller capacitors vs one big capacitor aswell? (ESR/ESL ratings). Aswell as the different types? Ceramic, aluminum polymer, etc. Thanks.

[@cargokai9385]

My guess is because the time it takes to charge the capacitor is different depends on sizes, types etc. Maybe

[@DT-abcd]

Space is limited in circuits today. Best to use one cap. If the caps are in series the capacitance is reduced. This is DC electric 101.

[@Traderhood]

Superb straight forward explanation. It would be nice to be able to do the calculation to kWh as I find coulombs impractical for real life applications.

[@bananamaniac2]

Ran into this exact thing in class, so glad this was in my feed!

[@mattwebb8234]

Good job. I recommend adding a time formula so you can calculate how long a device would stay energized after the power source is removed.

[@DT-abcd]

Using a resistor in = with the cap will give you an RC time constant.

[@jimcatanzaro7808]

Depends on the load and temp and elevation many factors come into play u just have to establish a base by testing and using ohms law to make calculations or just test cause I’m very stupid

[@EngineeringMindset]

Check out NEW resistor video, everything covered! ➡️ kzbin.info/www/bejne/eorGfXl-nLt2pJI

[@desmondhow343]

A short video but carry so much information. Thank you

[@paulboberg5512]

Thank you as a result of your video I was finally able to figure out how many watts a capacitor holds had to do some more resurech on Google but there I learned that 1 watt equals 1 coulomb second. So now a design I'm working on is just a matter of math. Many thanks and I will be using your channel more. Did you hear that sponsors want to reach me advertise here

Informative video as always! Please make a video about pressostats!

[@Asterism_Desmos]

This is really interesting to learn about, especially in such a visual and descriptive ways.

[@derekscarrsr2688]

Very informative, thanks.👍

[@philippayne6655]

I have no idea how I came to watch this but in a strange way, I found it fascinating.

[@tonylarose4842]

My professor just went over this in class today!

[@motog4plus316]

_I LOVE THIS CHANNEL_ 😍❤️

[@kenwebster5053]

OK, that's fine for total capacitance but it creates a false impression that total capacitance is the important issue. If you are using capacitors in parallel as a filter network such as an old school audio amplifier, you will have a number of different value caps, each dealing with different frequency ranges of power rail noise. Even the term frequency is misleading because it's more about the noise spike slope than the period between spikes. For example, a full wave diode bridge rectifier will typically have 2 switching spikes per AC cycle, say 100 HZ. However if the cap is sized to effectively smooth 100 Hz, it will not smooth these spikes, You need orders of magnitude smaller value cap to pass these spikes to ground because a large smoothing cap will not pass such a fast rising spike to ground. So, the old school solution for power amps was a parallel bank of capacitors, dealing complex power & rectification anomalies.

[@cosmicjustice2843]

Impressive comment! Love smart people! 8-)***

[@MoltenSamurai]

Well, I understood none of that, but I agree we need a video explaining this. Now I’m really wondering what all this means, use cases, etc.

[@kenwebster5053]

@@kennmossman8701 Correct on all counts.

[@naderhumood1199]

Great vedio thanks very much. SIR.

[@aberateklehaimanot9804]

Thanks for sharing.would you please make induction motor winding and wiring.Thanks.

[@mrgoats]

More importantly, you are creating redundancy. If what you are building needs to be resilient, this is the way to do capacitors

[@vuwithmeerbabu833]

Lot's of respect for u from Pakistan,❤️❤️❤️❤️

[@alchillesmadrelejos3186]

Thanks for sharing

[@vegardnybakeri8148]

Wow I was actually looking for this. Thank you!

[@e.p7453]

May god bless you!!!🙌🙌

[@kani3333__]

Thank you

[@JoseAlba87]

30+ years I always thought positive gave power. But it's the reverse. Plus just mean attract, well negative is to repeal charge.

[@IRQ1Conflict]

Counter intuitive. That's what makes most things complicated. Or is it that humans tend to complicate simple things.

[@jacobmichael1911]

Great information and in a short, compact package!

[@Dinco422]

How ? He never talked about exceeding their voltage and what can happen... only talked about their capacitance...

[@jacobmichael1911]

@@Dinco422 regarding capacitors in general or capacitors in parallel in specific? If you want the general version, there's another video on this channel about that. If you want to know regarding capacitors in parallel, I suggest you do some personal reading, as you're getting into slightly more advanced terittory

[@SomnathDas-ej3ve]

Can I add two 35v 4700 capacitor in parallel then give this 35v input on boost converter will it be safe for the boost converter

[@merajhawlader3660]

Good job because Electrical Engineering basic program

[@user-ir2fu4cx6p]

Brilliant work, I just want to ask putting two transistors in parallel doe's that improve current handling of the two ?

[@user-ir2fu4cx6p]

@@kennmossman8701 resistors will reduce the output current, I use that transistor as Audio amplifier _(and it did work)_ , but the current made the transistor temperature rise, I tried to use MosFET but it didn't work to me I don't know why, the audio source were uC STM32F104C

[@EngineeringMindset]

Check out NEW resistor video, everything covered! ➡️ kzbin.info/www/bejne/eorGfXl-nLt2pJI

[@EngineeringMindset]

See my new MOSFET explained video here➡️: kzbin.info/www/bejne/d6i1e6awmsRso5Y

[@DT-abcd]

Most circuits today are black boxed. When something goes wrong they change the black box. New televisions are made like that today. Televisions don't use transformers now for the last 10 or more years. That's the biggest power hog. A device is made so when the device is in the sleep mode it will use way down in the micro to Pico amps. The new TVs LED will be cool to the touch. Some government engineers in Minnesota a number of years ago had all the stop/go lights use LEDs Well when it snowed the LEDs would not melt the snow. Cars were running red lights due to stupid government. They had to put heaters on the lights. Would have been cheaper to leave the lights as they were.

[@EngineeringMindset]

Seen the new LED explained video? so much detail covered! kzbin.info/www/bejne/hWmwY61ona6Vl8k

[@m.yogifahrezi8571]

Can you explain about how soft starter work, pliss 🥺

[@wsmith6170]

Thanks!

[@EngineeringMindset]

Thank you, W Smith. Very much appreciated

[@saiganesh_nani]

Please explain why capocitor used in single phase induction motor sir

[@alializadeh8195]

Thanx

[@larrydurkee5741]

Isn’t there a concern regarding the voltage rating of the capacitors in electronics? In larger capacitors such as used in motor starting in refrigeration we were taught that the max voltage was only as good as the lowest rated capacitor in that parallel circuit. Capacitance is added as in your examples.

[@dansmith2863]

Yes that's true, the lowest voltage capacitor is the new max voltage for the whole parallel system. As that is the one which will pop first if the voltage gets to high.

[@madwolf1201]

hey, thnx for video ! .... i just have a little thing, i have LCD power unit that need 1200uf/25v capacitor, and currently i couldn't find that spear capacitors with those specific numbers, i have 1000uf/25v and 220uf/25v theoretically i could connect them in parallel to get something near to what i need, but is that technically safe ? or is that 20uf will make difference !

[@maxstripeGaming]

should be safe might cause timing issues tho if its a timing capacitor

[@sentzzjmr6871]

can i connect 25v and 63v capacitor in parallel mode ? .Will 25v capacitor burst in that case ?

[@harikrishnandpillai]

Super

[@nguyenvu406]

So if capacitors are in parallel, the total voltages of all will be 9 V or each of them will charge up to 9V?

[@concentricmachining4636]

How do we easily convert from coulombs into something like Watts? I'm the big dumb and don't understand the math involved 😭

[@rautamiekka]

Me too.

[@BOBMAN1980]

1 amp is 1 coulomb--6.25x10^19-electrons--moving per second. 1 volt x 1 amp = 1 watt; or, for instance, 50 volts x .2 amps = 1 watt.

[@chipleveltips4180]

Good

[@sharg0]

But don't forget that all the capacitors must be able to handle the maximum voltage in the circuit! (Not much of an issue if powered by a single 9V battery but as voltage increases it gets important.)

[@FilmFactry]

Can Caps be wired in series like batteries? Also having caps in parallel does it drop the output voltage to the lamp since it does draw some of the power.

[@dansmith2863]

It does drop the voltage to the lamp initially as the capacitors charge. And yes you can put capacitors in series , it will increase the voltage.

[@dansmith2863]

@@kennmossman8701 lol thanks I ment series but didn't realise I put parallel.

[@thantzinsoe2001]

Can you explain AC Capacitor? How it works?

[@NxtV6]

I would like to now if I can connect in series my 12 volt car battery with anything to increase voltage to have my reverse light light brighter

[@lamouche8490]

Seeing multiple capacitors in parrallele is pretty common, I dont understand the purpose for industrials that can get any capacitance capacitor they need (or dont they ?) Is it to solve a dimensions issue, filtering better, costs, reliability ? Anything else ?

[@dansmith2863]

Probably cost, dimensions and reliability like you say.

[@RohitKumar-go2sp]

Sir capistor act as battery if battery removed till the discharge,but sir in fan,grinding machine or other why we used capistor ,because we know there is less chance of light gone..

[@bbrony6mj737]

is it possible to use a capacitor in DC circuit?

[@DanielMarques-ie2yj]

What do you mean by "noise" in eletric/eletronic systems? I've seen this before but don't understand what it is. Is it unstable eletric current?

[@EngineeringMindset]

Yes, do you see the wave on the left is very distorted and choppy but on the right it's clean smooth DC straight line. We want the electricity to be stable and predicable.

[@DanielMarques-ie2yj]

@@EngineeringMindset Now I understand. Thank you for your help.

[@thecomptronical8404]

How do you make such animation.. How to learn it. Pls make a video on that

[@real_michael]

I literally just started learning this in class today

[@martinkuliza]

and when you got home did you got to bed and have the best sleep of your life LOL

[@104littleal6]

Why, of course, what a silly question. 😁

[@martinkuliza]

@@104littleal6 LOL You're right.... I can be kinda silly like that sometimes, Please excuse my stupidity , i'll show myself out LOL

[@104littleal6]

@@martinkuliza My comment was actually meant as sarcastic humor. 🤣

[@martinkuliza]

@@104littleal6 LOL So Was Mine Again.. it's funny if you know what a joke is LOL I feel like we are in that scene in tombstone and you are johnny ringo and i'm doc and you're like I.. I... I was just playing and doc is like (Smiles).......... I wasn't !!! LOL so my friend, i believe we started a game we never got to finish PLAY FOR BLOOD.. REMEMBER LOL

[@voyager4708]

What happens to the intensity of lamps after increasing capacitor?

[@emmanueldarias9675]

How about non polarize capacitor that runs through AC Voltage that is connected in parallel?

[@maxstripeGaming]

same thing they just dont require a specific polarity to not go bang

[@PankajKumar-zr3tv]

Love 💓💓💓💓💓💓

[@ammoniahuffers]

Very cool! Thanks Paul! I just want to buy a 500F capacitor but after watch this, I know how to make 500F capacitor out of 1F capacitor for my #teamseas project! (JUST!!!! KIDDING! JUST KIDDING!)

[@kirkc9643]

I just disassembled a plasma TV to salvage come of the stuff in it for no good reason...and I'm pretty sure that after watching this video I'm going to make a 1 bazillion farad capacitor bank :-P

[@darrenmora4828]

Can a capacitor be set up in series or only in parallel?

[@martinkuliza]

Of course thy can There is a formula for capacitors , both in series and in parallel in Parallel - C Total = C1 + C2+ C3+C4 In Series - C Total = 1 ----------------------------------------- C1 + C2+ C3+C4 now. the fact that the 2 formulae exist proves you can do it if you want examples In a SMPS it's common to find a cap in parallel on the INPUT FILTER Section before the rectifier.... this would be your X CAPACITOR in a SMPS it's common to find a cap in-series to ground just after the filter section. this would be your Y CAPACITOR Any other questions ?

[@davidepiccini9254]

Wow

[@VladGoro25]

Was waiting for culons ---- watts conversion.

[@anupghosh7144]

How do use a DC current to charge a capacitor?

[@GiGa_Side]

How do i reduce uf of capictor

[@mikeyz8775]

If you add a large capacitor to a Car battery. Does it create issues? I have done this with an older car with hopes to always give a more reliable spark or more ampacity. Older cars with old electric fans are more hungery for the juels :-) I don't know who to ask these questions. But I've read that when you place 2 car batteries in series. one battery may get hotter than the other. This would maybe be identicle to adding a cap Can you provide some insight?

[@mikeyz8775]

@@kennmossman8701 I meant parallel voltage stays the same ampacity increases.

[@mikeyz8775]

What I have done to a 1986 celica. I added a capacitor with voltage display, (pcbLk2.0) Inside the cab Of the car I wired this capacitor and voltage Display in parallel with the car battery. I used 12 gage stranded. To hopefully increase the ampacity. I did not use the resistor supplied. Except for the initial charge of the capacitor. This car has old fans and electrical components that consume a lot of amps. If you run All the cabin components it may hog the amps i prefer the engine to have. I have run the car like this for 6 months. At this point it's just theory.

[@mikeyz8775]

@@kennmossman8701 i did run 4 wires of 12 awg. I could do 2 parallel runs. Ill add a diod for sure. Can you see my logic? A motor runs way better When the power supply has more ampacity. I did this install for mainly the voltage display. Monitoring this in your car could determine a few things real quick and you would know what components to replace. Its not like i can program the car to increase a little more fuel when The voltage regulator kicks on. Do you know anything about air arduino programing and how it seems to be identicle to programing a car?

[@EngineeringMindset]

Check out NEW resistor video, everything covered! ➡️ kzbin.info/www/bejne/eorGfXl-nLt2pJI

[@kyleteal5888]

Why can you do this with caps, but you cannot do it with batteries or power supplies? Example 10, 8, and 2 Ah batteries for 20 Ah

[@octavioganoy6360]

Sir..is it ok to connect 100k uf 25V capacitor on motorcycle battery...? Is it safe for the parts of motorcycle..?

[@martinkuliza]

100,000uF ???you sure so... 100 milli farads then 25V your question can't be answered because it's too vague we don't know what you're using it for we don't know the model of the bike we don't know what parts are in it i suppose the answer is YES but we need more information to give an accurate answer i mean... that's a weird capacitor value are you sure you don't mean 100uF 25V

[@octavioganoy6360]

@@martinkuliza my question is...is it ok to put or connect 100k uf 25V capacitor to the 12V battery of Yamaha 155cc motorcycle..? My purpose is to boost the battery because I installed some accessories consuming battery. Is it safe for all electrical parts of my motorcycle..? Yes 100,000uf 25V capacitor. (10 pcs in parallel connection, 10k uf 25V each)

[@martinkuliza]

@@octavioganoy6360 ok, thanks for clarification, that's much better. well, Your battery is 12V and the capacitor can take 25V Max, so your'e fine on that point as for the purpose being TO BOOST the battery . Mate, a battery is A POWER SOURCE a Capacitor is not I'TS NOT GOING TO BOOST ANYTHING it's not as if you're going to get 12V from the battery + 25V from the capacitor What will happen is the battery will fill the capacitor to 12V (since the max Voltage of the battery is 12V) or to put it another way VOLTAGE IS PRESSURE now, if battery is supplying 12V of pressure (let's call it) and the capacitor can take 25V of pressure max then 1. The battery cannot supply more than 12V of pressure 2. therefore the capacitor can only be filled to 12V of pressure so effectively you will still have only 12V DC on the output now, as a side note if you put 2 x 12V Batteries IN-SERIES you would then have 12V of pressure adding to 12V pressure , giving 24V and your capacitor would then fill to 24V and still be ok since it's rated to 25V HOWEVER... i dare say the manufacturer (just like in cars) has rated that particular battery for that particular bike so i wouldn't go putting 2 batteries in-series so win 1 x 12V battery and a 25V Capacitor 1. I HIGHLY DOUBT YOU'LL DAMAGE ANYTHING 2. YOU WON'T BE BOOSTING ANYTHING 3. WHAT WILL LIKELY HAPPEN IS if there is any ripple on the Voltage IT WILL GET SMOOTHED OUT, but your Load devices will still receive what they receive because the rest of the circuit stays the same all you have done is added a capacitor (i assume) In-Parallel to the battery. TRY IT IF YOU WANT, YOU'RE NOT GOING TO HURT ANYTHING DOING THAT as for the other accessories what are they ? My thoughts are... 1. Since your intention is to boost (so to speak) the circuit, WHICH YOU CAN'T DO 2. and i assume it's just about powering these extra accessories 3. ARE WE ABLE TO CREATE A SEPARATE CIRCUIT FOR THEM ? How big are they some ideas... - Maybe create a separate circuit if they work independant of the bike and have them have their own battery - if they need the power from the bike battery then a separate circuit is still possible with perhaps a cap or a relay in place (Again depending on power requirements and how these accessories are supposed to work with the bike) Give me your thoughts

[@martinkuliza]

@@kennmossman8701 Exactly but from what he's describing it sounds like it's just going to serve to smooth. i think he's trying to get an added 25V (on the grounds that the cap is rated 25V) but doesn't realize the source is only 12V i think he thinks that the supposed 25V can power his additional devices without draining the battery but like you said, PRACTICALLY... it's a NO

[@octavioganoy6360]

@@martinkuliza many motorcycle owners are done connecting 10k uf capacitor on there motorcycle battery to prevent voltage drop and that is already proven and tested affective even mine. My question is how about if I used a higher capacitance like 100k uf because I have this one. Is that capacitance still ok for the electrical parts of motorcycle..?

[@shadowbanned69]

What's a coulomb????

[@larrykipkemoi6958]

Measure of charge

[@martinkuliza]

LOL.... Hi mate, Let me guess.... You saw the video and heard the word "coulomb" then thought WTF ??? then Larry answered by saying "Measure of charge" and you are still thinking ... WTF ???? but your'e also thinking... "umm, ok,... umm i won't bother larry again because i either don't want to be a dick or appear stupid" LOL Mate, i fucking understand you , ok I'm an engineer, and when i started Uni and they mentioned it i was scratching my head for a week LET ME SIMPLIFY IT FOR YOU OK 1. There is nothing to be embarrassed about, it's not like you asked "what's 5+5" LOL, You're asking about a COULOMB OK... let me first paint a picture in your head, ok . - Imagine me and you are bouncers in a nightclub - You are standing on the outside of the door and i'm on the inside - Between me and you is only enough space for 1 person to fit and walks past at any time - ok so now me and you talk and a person walks through the door WE CALL THIS "1 PERSON" (as a definition) - Now... let's say 20 people walk in, 1 at a time , 1 after the other, but instead of calling it "20 People" me and you decide we will define it as "1 GROUP OF PEOPLE" so.. 1 Group = 20 people, 40 people = 2 groups, regardless of whether they are together or not.... YOU STILL WITH ME LOL... Cool so now let's get back to engineering (Relax your brain for a second ) so consider .... This is one of those things which is like a russian doll, in the sense we have this, but then there is this and this is defined by that but it also has this. so.. we have electricity, within it we have Voltage, Current, Resistance and if that wasn't enough we went a step further , we couldn't just say here is current and it's measured in Amperes, we had to define even further NOW SWITCH YOUR BRAIN ON AGAIN :P Remember the bouncer analogy... ok here we go Electricity is literally ELECTRONS MOVING Now let's say that the actual size of an electron is .. this wide | | , that wide Now HERE IS WHAT A COLOUMB IS If you were able to , and you wanted to watch electrons racing by as you would cars on a freeway or people walking into a nightclub Imagine you watched ONLY the space between the lines and imagine that that space was a point on a cable/wire Now in reality in order to watch 1 electron go by the space can ONLY BE WIDE ENOUGH FOR THE SIZE AND WIDTH OF 1 ELECTRON GOT THAT ? so now you're watching 1 electron go by ( you call it an electron) you watch another go by, it's also 1 electron ELECTRONS HAVE CHARGE (Negative Charge) NOW.... (listen carefully) When a certain amount (GROUP) of electrons go by , WE CALL IT A COLOUMB (because it has a certain amount of charge) BUT THERE ARE CATCHES AS FOLLOWS TO BE A COLOUMB 1. THIS MANY electrons have to pass by that point 6,241,509,074,460,762,607 2. that number of electrons MUST pass by the point IN A TIME SPACE OF EXACTLY 1 SECOND When that is achieved - A Certain amount of charge is achieved in a circuit IN ELECTRICAL ENGINEERING WE CALL THE COLLECTIVE CHARGE OF THAT MANY ELECTRONS PER SECOND........1 Coloumb NOW... AREN'T YOU GLAD YOU ASKED THE QUESTION LMFAO Now... you don't need to say WTF anymore but you are free to say HOLY SHIT Any other questions mate ? FYI, this is how i came to understand what a coloumb is when i first learned it it's basically a certain amount of electrons that pass a point, Per second. and in extension to that, this charge is Equal to 1 Ampere so the obvious question is why don't they just call it 1 Amp ?? well.... it's because science feels better if we can actually count the amount of fucking electrons LOL we need to know LITERALLY how many electrons are there why....??? BECAUSE WE NEED TO KNOW LOL does that help also.... SO LARRY WAS CORRECT it's a measure of charge LOL

[@kreeperfrm559]

How about capacitors for car audio systems 👌

[@martinkuliza]

How about them ? what about them ? what do you need to know

[@kreeperfrm559]

How are they applied, their function and their benefits, or does this video basically explains it???? I'm kinda new to all this

[@kreeperfrm559]

@@kennmossman8701 👍

[@jokker-n-jeddah6191]

Maybe will be a good idea: We need to know about "SOLAR PANLE" and how it work with connection

[@EngineeringMindset]

Seen our new video on HOW SOLAR PANELS WORK in detail kzbin.info/www/bejne/j6nXaGWXec95nbs

[@user-uz4jm5my6d]

Мы учили это в школе, а у вас открытие?

[@sports9407]

Need new video :( so little video i need more knowledge

[@danielrothwell5467]

What's the decimal rule for this

[@TheEmeraldNight]

Ac capacitors?

[@TheEmeraldNight]

@@kennmossman8701 opposite of dc capacitors....

[@mohandalansari534]

Imagine using 100 of these to power up something for longer instead of a battery

[@donaldburkhard7932]

Just use the battery.

[@jimcatanzaro7808]

What the hell is a Couohms

[@ankitjha6229]

🌚🌚First again

[@Dinco422]

You forgot to add an important piece of information..... if you exceed the capacitor's voltage shit will go wild.... You never specified that... why ? Because it's very important, you only talked about their capacitance...

[@EngineeringMindset]

This is just about capacitance, we discussed voltage in the capacitors explained video

[@frankbleggi5145]

How do I make a filter for my 10000 watt generac generator to make sure it doesn’t harm my computer

[@rakhilahri7873]

Make this I hindi

[@EngineeringMindset]

www.youtube.com/@EngineeringMindsetHindi

[@realestateservicessaleshea99]

🍺🥃😎👍🏻

[@tylerhensley2312]

A battery is a capacitor with a resistor built in.

[@dansmith2863]

No it's completely different.

[@EngineeringMindset]

Check out NEW resistor video, everything covered! ➡️ kzbin.info/www/bejne/eorGfXl-nLt2pJI

[@WolfGaming-zw8fm]

😅😂In INDIA , the Students are getting this topic to study in Class-9 th ( at 14 years )

[@mattwebb8234]

That's why they are passing us.

[@diablotech385]

How is a class 9 student 12 years old? ( i am from Bangladesh)

[@akshayrao14]

14 years old, not 12.

[@rocketeng1888]

We studied this in electronics class in the US in 7th grade. Just have to sign up for the correct class

[@ThatOpinionIsWrong]

Thats actually great, Im from Eastern Europe and we dont learn anything about electronics apart from the formulas and equations

[@alyahewich3062]

Переведите эту болтовню, будет вам лайк и подписка. В противном случае не морочьте мне голову.

[@eminkurtoglu8374]

😃🇹🇷🇹🇷

[@hypertion]

Those micro-ferrets.. im sorry but people are so terrible at naming things sometimes.

[@Zloiukrop]

Ха-ха-ха

[@user-em3lo7pf2m]

Good

[@edwardscomputers]

Thanks!

[@edwardscomputers]

good job Paul...that's a medium coffee

[@EngineeringMindset]

Thanks, Corey! You're very kind

[@realestateservicessaleshea99]

🍺🍺🍺🥃🥃😎👍🏻