The megaampere is a unit of electric current, a multiple of the ampere, which is the SI base unit for electric current. In the metric system, “mega” is the prefix for millions, or 10-6. One megaampere is equal to 1,000,000 amperes, which are the electrical current equivalent to the flow of one coulomb per second. The milliampere (mA) is the physical unit for electrical current, the equivalent of 10-3 ampere.
The concept of buffs in DotA 2 is simple: they trade healing taken for spell damage taken. Spell amplification is a mechanic that boosts the damage done by your spells before reductions. MEGA versions generally are rank X, dumping more pips into it and potentially changing the threat level far more rapidly than otherwise available. Spell ampoules are injectable magic, where the essence of a magic spell has been condensed into a liquid form and prepared for injection into a creature.
A shoot technique that explosively accelerates power as the ball passes through the magic circle is known as ultra mega spell synergy with only 4 spells. The deck type is Tavern Brawl, the deck archetype is Yogg Mage, and the crafting cost is 16520. The arcane amplifier transforms the spell into a mega spell, subject to all the normal limitations of mega spells.
In summary, the megaampere is a unit of electric current, a multiple of the ampere, and is used to convert between different units. It is important to separate your Concentrate/Charge Persona since you can put Shift Boost/Amp on that persona too.
📹 Making 500,000 VOLT ARC with Marx Generator
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Does spell amp work with pure damage?
The term “spell damage” encompasses all forms of non-physical damage inflicted by spells, including magical, physical, and pure damage, as well as damage inflicted by items with damage-dealing abilities. The concept of spell amplification is a crucial element in the understanding of spell damage.
What is the most overpowered class in WoW classic?
Warriors are the most popular class in World of Warcraft, known for their powerful tank abilities, impressive damage output, and significant threat to enemies. Season of Discovery runes, particularly Devastate, elevate them to monsters. Warlocks are a top contender for the best class in Phase 1, with excellent damage output and single-target performance. Hunters, despite undergoing nerfs, remain formidable in Season of Discovery, offering excellent damage and strong solo leveling capabilities. Their versatility in PvP and armor-enhancing runes make them formidable in PvP.
How does amplify magic work in WotLK?
Amplify Magic is a mage utility buff that increases healing and damage taken from each healing spell, similar to Dampen Magic. Its effect is the same as the spell power stat on a gear. Magic Attunement increases the damage and healing taken by 50 at max rank. This spell has both benefits and drawbacks, and it is crucial to choose the correct one. It can be dangerous if used incorrectly, magnifying an enemy spell caster’s power.
Amplify Magic is useful in group situations where players will take mostly physical damage, saving healers mana and increasing healing per second. However, against casters, it can hurt more than it helps, as damaging spells are more often cast than heals.
What is the highest damage spell in Skyrim?
The Elder Scrolls: Skyrim offers a unique approach to magic-exclusive gameplay, with spell crafting being absent. However, the game offers powerful and satisfying spells such as Fire Storm, which deals 100 damage in a massive area around the caster. This master level fire spell takes five seconds to fully charge and can kill nearly everything in the game. Destruction magic, which allows players to throw fireballs, shoot arcs of chain lightning, and summon blizzards to freeze enemies to death, is a popular choice for causing destruction.
These ten best Destruction spells for Dovahkiin in Skyrim are listed below, ensuring that players can effectively use these powerful and satisfying spells to defeat enemies and create a memorable experience. The game’s elemental mage archetype is arguably one of the most enjoyable to experience in RPGs.
What is the best mage in WoW classic?
In the context of leveling in the classic version of World of Warcraft (WoW), the Frost Mage leveling spec is optimal for Mages, offering both damage and defensive utility. AoE leveling builds employ talents to pull, control, and destroy five or more enemies simultaneously with each pull.
How does amplify works?
Amplify DataStore is an on-device persistent repository that enables local data interaction with the cloud. It focuses on data modeling in applications using GraphQL, allowing for the addition of authorization rules or business logic. This can be done using Amplify CLI project functionality or the GraphQL Transformer.
Models are generated using the GraphQL schema, either manually or using build tools like NPX scripts, Gradle, or Xcode build phase. These models can be used with the DataStore API for saving, querying, updating, deleting, or observing changes. At runtime, models are passed into a Storage Engine with a Storage Adapter, which manages a “Model Repository” of Models defined by the developer’s GraphQL schema and “System Models” used for metadata and queueing updates over the network when syncing to the cloud. Amplify ships with default Storage Adapter implementations like SQLite and IndexedDB, but this pattern allows for future community contributions and is not specific to one technology.
What does amplify magic do?
The text explains that amplify increases magic damage taken and healing received, but does not lower damage done. Your IP address has been temporarily blocked due to a large number of HTTP requests. Common causes include the latest version of the Opera browser sending multiple invalid requests to our servers for every page visited, using the Brave browser or Ghostery add-on, which send extra traffic to our servers for every page visited, and using GameFAQs regularly with these browsers can cause temporary or permanent IP blocks. Some unofficial phone apps may also be using GameFAQs as a back-end, triggering our anti-spambot measures. Continued use of these apps may cause your IP to be blocked indefinitely.
The text also mentions using scripts or add-ons that scan GameFAQs for box and screen images, running a “scraper” or “downloader” program, using poorly configured browser add-ons for blocking content, and overusing our search engine with a large number of searches in a short amount of time. If you promise to stop, we will unblock your connection for now, but will immediately re-block it if we detect additional bad behavior.
How does my amp work?
An amplifier is a device that amplifies a weak electrical signal from a musical source, such as a turntable or CD player, to create louder or quieter sounds. The amp then sends the amplified signal to the speakers, creating vibrations in the speaker cone that produce the sound waves heard as music. Most amplifiers come with controls for fine-tuning the sound and adjusting the gain, which refers to the amount of the audio signal boosted before it’s sent to the speakers. However, too much gain can distort sound quality and cause “clipping”, where the tops and bottoms of the sound wave are cut off due to the amp’s inability to handle the full signal.
What is the difference between spell damage and spell amplification?
Spell damage is an increase in damage from a spell, such as a storm bolt, which initially does 100 damage but increases to 115. Spell amp increases other aspects like stun, making the spell more effective. Reddit and its partners use cookies and similar technologies to improve user experience, deliver services, and personalize content and advertising. By accepting all cookies, users agree to the use of these cookies to deliver and maintain Reddit services and measure advertising effectiveness.
How does spell amp work?
Incoming spell damage amplification debuffs increase spell damage for units, with multiple sources stacking additively. This affects all sources of spell damage, except HP Removal damage. Exceptions exist for abilities that ignore both types of spell damage amplification, preventing them from spell lifesteal. Health manipulation mechanics like Instant Kill, HP Removal, and Delayed Damage are not affected by both types of spell damage amplifications. Hunter’s Boomerang’s incoming spell damage amplification affects certain abilities.
How does amp simulation work?
A guitar amp sim is a plugin that captures the sound of guitar amps, making realistic guitar tones accessible within your DAW. It’s useful for those without the resources or space for a physical guitar rig and opens up new creative possibilities. With Guitar Rig 7 Pro, you can try out dozens of amps and effects from different decades, switch your tone instantly, or create unique rigs. You can also combine virtual amps with digital synthesizers and effects to create hybrid signal chains. To use an amp sim, set up your digital amp sim for use in your music production software.
📹 Making “MILLIONS” of AMPS of Current
You can make a ton of current modifying a transformer, but with little voltage, it means little! Get your ElectroBOOM Bundle at: …
There was a guy in my HS physics class that built a massive capacitor… like 3 feet (1 meter) long. It was similar to EB’s “tiny” capacitor in that it was aluminum foil rolled up with wax paper as the dielectric. He charged it up, and because in and of itself the charging doesn’t appear impressive, he decided to discharge it… himself. It threw him about 7 feet onto the floor. The class was impressed, he was… ‘ok’… and I believe he got an “A”. Come to think of it… that very well may have been ElectroBOOM…!
That big shock, reminds me when I was under my desk unplugging a UPS to move it from my old power bar that I didn’t trust and wanted to replace (it was rated for 12 amps, I prefer everything matches or is higher than the 15 amps of a wall outlet due to a fire in the past). The plug was being stubborn and I was twisting my body in an uncomfortable way to access it. To brace myself for balance I grabbed my desk, a steel desk, not thinking as I pulled out the plug and as it came out my finger slipped and touched one of the prongs. I didn’t feel the shock in my hand or arms. I felt it in my chest back of my neck as that was pressed against part of the desk as well and ended up getting kicked back by it. My roommate was a paramedic and I yelled for them to come check me, said I took current across the chest and to give me a check over to confirm that my racing heart was just panic, I was having short term vision issues as well and wasn’t able to move correctly and apparently had slurred speech. They looked me over and then informed me that it wasn’t my heart that had them worried, it was that my breathing and voice told them my diaphragm was still acting up and my behavior meant my brain got some electroshock therapy. Took me 15 minutes to get to normal again. When I went back to work they grabbed a dog chain and forced me to use it to ground myself on the same arm that I was pulling plugs with.
He’s far too knowledgeable to receive an accidentally electric shock. That means He’s deliberately allowing himself to get shocked for our entertainment. As an ex electrical engineer, who had received many electric socks, I can tell you they are extremely painful. This means the presenter is damn brave to allow himself to get zapped. He must have balls the size of coconuts.
0:57 feels unsettlingly different than the other times he gets shocked in his articles. There’s no comedic element to this. It seems like he was legitimately panicked and in pain that bordered on being lethal (not saying all the other times they weren’t.) Absolute legend for including this, showing how terrifying electrical shocks can be for the human body. Thank you for what you do Electroboom.
Try using chokes instead of resistors as the charging elements. I made mine by winding several layers of plastic-coated wire around ferrite aerial rods. I did when I built Marx Banks years ago. But a word of warning – the arrangement generates huge EMPs. I had to repair a workshop full of damaged equipment after conducting some tests once.
Mehdi Sadaghdar, Please work on “gravitational engineering” and “Beamed power transmission”. I realized that you can use 3D laser ionization of air to create a shortest path ionization website. You found the dendritic websites and spray of the discharges is fast, but not beyond the capabilities of control systems and sensors now. You can use 3D laser ionization to paint specific websites and to record in real time the website currents, electron densities, magnetic and electric and gravitational energy density. The sensing is being put under “lidar” and “time of flight” methods. One goal is to make forces and body acceleration fields – to make synthetic acceleration fields. I categorize that as part of “gravitational engineering”. Richard Collins, The Internet Foundation Mehdi has matured and learned over the years. If he would get serious, write and explain things clearly, his own understanding will grow. He could literally transform all uses of high power, high force, high energy density field generators – for use to control “gravity”, rather to overcome gravity and make true field based 3D acceleration fields. A good problem to work on is to design fields that can lift the 2nd stages of Spacex (and other groups’) to mission velocity and height. Eliminating the booster stage with ground based and hovering field systems removes the cost of chemical rockets and their oxygen. The fields (and energies) can catch and place the returning cargo and missions. Gravitational Engineering Problems: A good problem to work on is to design fields that can lift the 2nd stages of Spacex (and other groups’) to mission velocity and height.
AMAZING work Mehdi!! I could be your biggest fan! I’m in the process of learning Electrical Engineering. I Have a question, (hopefully not a dumb one!) Once the spark gaps fire and all the capacitors fall in series, and if capacitors block DC, (I’m trying to understand the flow,) how do the electrons pass the dielectric between plates of the caps? In order for them to add up, and even be in series!?.
In this or another article about this Marx generator you argue that the sparks in the gaps go simultaneously because the first one produces ionizing radiation. I think this can be easily tested by placing some ‘walls’ between the gaps so that the ionizing radiation cannot get to the second one and so on. I actually think the explanation is much easier: When the first gap jumps (which should be a little bit shorter distance than the others, the subsequent gap suddenly has almost twice the voltage it had before and is immediately bound to spark, the subsequent gaps increase even further step by step. This is why they all go `exactly` simultaneously.
Dude you’re the funniest person I’ve seen in a long time…… seriously you should put all your skills into a comedy routine, and take it on the road…… you know like stand up comedians, with props, you would become famous…… seriously try it, you’ll thank me. BTW….. why do I get the impression that you actually enjoy the pain…..
Timestamps for Funny Pieces and something funny or something… 0:57 (Funny Piece 1) 1:41 (Funny Piece 2) High Frequency Sound thingy? 1:58 (Funny Piece 3) 2:05 (Funny Piece 4) YEET! 2:19 (Funny Piece 5) 3:59 (Funny Piece 6) 4:08 (Funny Piece 7) 4:19 (Funny Piece 8) 4:35 (Funny Piece 9) 7:46 (Funny Piece 10) 8:12 (ELECTRIC!!!) 8:26 – 8:41 (Funny Piece 11) because his tongue sticking out while marx generator is doing its thing 8:54 (Arc continues its thing) 10:42 (Funny Piece 12) 10:57 (Funny Piece 13)
this marx generator implies that you could put many many more of these in a longer chain and get some truly massive arcs. it would probably even sound like a thunderclap too as it went off, but i imagine it would take a much longer time to charge fully. it would also probably be the super-sized equivalent of a bug zapper if you got too close, though.
I re-watch ElectroBOOM’s articles periodically and I’m pleased to see I understand them more and more. I remember very well the first time I saw this one, I was amazed but I didn’t understand shit. Now it all seems rather clear to me 🙂 What would be the impact of having capacitors of lower or higher capacitance if any though?
I ordered x20 15kv 1 nanofarad capacitors and a 200 pack of 1 megaohm 2 watt metal film resistors because they were only 20 bucks total. I should be able to make a nice 10 stage multiplier like this ❤. I already have a 3kv DC 30 milliamp neon light transformer ballast that plugs into the wall. This should be interesting.😂
At about 8:20 you had the cable going through the transformer and It looks like you could easily pass it through at least one more transformer. So I’m wonder what would happen if you did? Would the voltage double like having a second turn? If so the draw for each primary would be reduced right? Maybe you could chain a bunch of them to get to the million amps.
Wow. As someone who’s been doing a lot of work with power supplies and struggling a little with getting an intuition for how inductive circuits behave, this article was amazing. You can sit around with equations all day, but it only helps you refine an existing idea for solving a problem. It doesn’t help you think outside the box – only an intuitive understanding can do that. You’ve completely re-written my intuitions for the relationship between magnetic flux and current, and it’s already got me thinking about how to design the power supply I’m working on. Awesome as always. Thanks so much Mehdi!
Thanks Medhi for inspiring me to go to Electrical School and become an apprentice. I feel your pain trying to bend 3/0 (three-ought) wire. Now that I have started school, I am actually starting to understand the equations you lay out in your articles. Thanks for being an inspiration to me, and for many people in the comments, stay safe and keep up the awesome work. <3
Here’s a article idea: Build a working hall effect “sensor”. I’ve been wanting to attempt it myself sometime soon, but based on how few results I get when I look online for examples of others making one, it seems like I’m probably underestimating how complicated it’s going to be. I know that it boils down to essentially just measuring a voltage difference across a conductor (or a semiconductor?) when a current passing through it is deflected by a nearby magnetic field. I also know that the voltage difference can be extremely tiny, so some kind of amplifier circuit is needed in order to actually detect anything. I mean, come on, how hard can that be? Right?
From my heart, no one of the greatest professors of the world’s most famous universities has been able to explain the most difficult topics of electronics and even mechanic engineering so easily and fluently like you. As an associate professor of medicine, I am deeply interested in your articles and I wish to be able to teach medicine as impressive as you. good luck.
This actually is a useful tool: using a momentary switch to quickly engage and disengage the primary circuit and two large copper points on the end of the secondary 3/0 wires will make an awesome spot welder (sandwich two thin pieces of steel between the two copper points for a hardcore spot welder.)
According to my understanding the limit for this is also on the magnetic body of the transformer that establish the maximum power, so you will never get super high current despite reducing the resistance to the minimum, in fact knowing the fixed power that is valid for primary and secondary is what makes possible we can transmit the power down to the houses, genation at lower voltage and high current what makes the generators physically posible because of the isolation needed for higher voltages, then transformed for transmission to super high voltage but small current which again makes it physically possible due to the losses and thicker cables needed for higher currents, and finally transformed again to a reasonable save voltage for use in the houses 😉
After some reaserch, it was obvious why it resonated noise and it was because the Magnetic field is generated by AC, resulting in alternating fields proportional to electrical frequency. TLDR AC allows an oscillating attraction and repulsion field and therefore, forces the metal plates to clash against eachother accordingly, with the noise being generated itself by air oscillations of a frequency so he translated electric frequency into a mechanical frequency.
try using the secondary coil to power your new secondary coil so you can turn 2k volts to 2 volts then you can use a wimshurst machine to get useable power using a spark gap but you also should be able to adjustable the output voltage by changing the spark gap length and it should always have a stable output voltage regardless of input speed to the wimshurst machine
I rarely note things or give comments for the future. i love your website jour success, and failure, more your failure. I love your way to decomplexify the circuit. And how you guive explication with the machine you have our created. for the future i love to have a tutorial for the scope and how to use it. How does a fuse work by protecting a cercuit. Build or modify a doorbell to prank it for entertainment only and how to overpower a fan to go super fast or too fast. thanks for your time and patience
Hey, electroboom. I really like your articles and they are enjoyable to watch, for sure because I am studying microtecnology and have quite a bit of lessons with electrotechnology. Would you mind to bring out a article where you explain the functions and use of a oscilloscope in different ways, I hope I am not the only one wanting to be taught by you lol
Hey, Mehdi! Late comment on this article I know but I do have a suggestion for this article and maybe it being a new article in the later future. Instead of using copper wire, why not use a lower resistance wire like Nichrome 80 or maybe even stainless steel. If it’s lower resistance you are needing, I think ni 80 would do the trick for lower resistance, high current demonstration as it is much lower than copper. But in saying that, you would probably need some pretty thick ni 80 wire about the same size as said wire in this article. Hopefully this helps if it’s lower resistance you’re looking for.
It’s hard to explain, but I have no clue what he is explaining, but I can’t stop perusal. I guess it’s the delivery and the humor he uses. Maybe it’s that slight anticipation that he is going to shock the hell out of himself. Finally, it’s that mad scientist that he exemplifies. Regardless, this guy is a gem!
I have also made a high current microwave oven transformer (MOT) with 2/0 THHN wire and compression lugs, with the lugs shorted with some thick ground braid I was able to reach 2023 amps, measured with my HVA-2000 I got on sale a while back. I too wanted to save the secondary, so I cut the welds. I currently use trigger clamps to hold it together but I have designed a threaded rod and unistrut clamp thing to hold it together better. I also might upgrade to 3/0 XHHW and NEMA 2-hole pad copper compression lugs. It’s a fun project to burn, test, and destroy various things, and having access to very high currents without the need for large quantities of power is nice. The output voltage of mine is 1.87vrms.
Nice start on a spot welder! Try switching the input or output with a timer and see if this thing can make 2 sheets of stainless steel stick together… then see if it can stick 2 copper sheets together. Maybe this can make stainless steel n copper stick. That’d be cool. Especially cuz that’d mean potentially, you can stick copper to lithium cells
This seems like a powerful tool. I hope you find something fun and interesting to do with it. Since the voltage is so low, would it be safe-ish to touch with your hands? I imagine if you touched between the two ends of the wire with a finger or your palm, it wouldn’t be high enough voltage to make a connection. I probably still wouldn’t try it either way.
Hi…it matters when I charge the laptop with a different charger that has 2 amps more.. (the original one has 20 w 4 amp, and these 20 w 6 amp)…the battery is defective and I keep it in the laptop just to not turn off the laptop suddenly when the power goes out…I tried with a charger with 3 amps but the laptop its work slowly…thanks..
First class engineer with good ptesentatipn skill. Has excellent bsckground knowledge of both the physics ad well as electrical & electronics engineering. Combined all that with good sense of humot. Only an Iranian, can achieve the above. Mehdi and his presentation make a complex topic, very simple to understand. Excellent job, and very well done. 😊
“1,00,0.0000,00”? what number is that supposed to be? wih the commas in the right place, (and don’t move the decimal point) you have 1,000. (all the zeros to the right of the point/period are irrelevant. You could put 100,000,000 billion trillion zeros right of the point and not raise the “1,000” so much as the diameter of an electron. IF you are referring to the electrical arc, you don’t need 1,000 amps to get an electrical arc, or even high voltage. Welders get (and maintain) an electrical arc hot enough to melt steel (or any other metal) with as little as 10 volts and 15 amps. 75 to 120 volts and 100 amps (and up) is more common, though, for a hotter arc and more penitration. One of the gasoline powered DC welders I used could do 240Volts at upto 500 Amps. I usually had it set for 90 volts at 110 Amps for the guage steel I was working with.
I did 2 turns of 2/0 gauge nickel clad copper with crimped lugs on the ends and got 1.8v @ 1900A with the lugs bolted. I used switch gear wire with hundreds of strands so it would be very flexible, but large car audio wire would also work well. It would trip a 20A breaker after about 5 seconds, so ended up powering it with a 30A breaker and 10 gauge. Eventually made a contact welder with it using an interval timer and a large solid state relay (on the primary side obviously).