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It takes 1-3 days to fulfill an order, after which it’s shipped out. The shipping time depends on your location, but can be estimated as follows: USA: 2-7 business days International: 10-20 business days. Available Size: XS, S, M, L, XL, 2XL, 3XL, 4XL, 5XL Available Color: Black, Cardinal Red, Forest Green, Gold, Navy, Royal, Sport Grey, White…STORAGE INSTRUCTIONS:
Do not use detergent containing chlorine, Do not use detergent, Drying, normal temperature, low heat. Regular ironing can be done by steam or dry ironing, and ironing cannot be more than 110 degrees Celsius. Delivery Your order will be printed exclusively for you within a few days. If you are in the US, Canada or Europe, you will receive your order within 3-7 business days after printing is complete. For all other countries, please allow between 10-14 business days. And you wanna design your own shirt by yourself for your team, your group or your family, you can sent us your design to gmal address [email protected].. We will make it for you. This shirt the official design from Hulktee.com. Available for T-shirt, hoodie, tank top, long sleeve, sweater, youth tee, onesie for men and women. Have a nice day!| SHIPMENT METHOD | PROCESSING TIME | ESTIMATED DELIVERY TIME | SHIPMENT COST |
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| Domestic US | 1-3 business days | 2-5 business day | USA First Hoodie or Sweat: $8 Additional Hoodie or Sweat: $2 First Shirt: $5 Additional Shirts: $2 |
| International | 2-5 business days | 10-20 business day | International Hoodie or Sweat: $10 Shirt: $8 |
| SHIPMENT METHOD | PROCESSING TIME | ESTIMATED DELIVERY TIME | SHIPMENT COST |
|---|---|---|---|
| Domestic UK | 1-3 business days | 2-5 business day | UK First Hoodie or Sweat: $8 Additional Hoodie or Sweat: $2 First Shirt: $5 Additional Shirts: $2 |
| Europe | 1-3 business days | 10-20 business day | Europe First Hoodie or Sweat: $8 Additional Hoodie or Sweat: $2 First Shirt: $5 Additional Shirts: $2 |
I can make a case for the Serving Grinches all year The Home Depot Christmas shirt moreover I love this bullet reaching the shadow before the shadow fires. The refractive index of air is slightly higher than 1, so the shadow lags slightly more than 3,0m / c. So if the bullet travels anywhere between the speed of light in air and the speed of light in vacuum you can shoot the shadow before the shadow shoots. Realistically, a projectile carrying that much energy would cause more than minor damage to everything on the same continent, and the machine that fired that bullet would be a sight to behold (definitely not revolver-sized). True. They didn’t ask how fast of a gun you would need though, they asked how fast you would need to be, implying that they’re using a regular gun. So with a regular gun my point still stands. Even then, from your perspective the shadow would still shoot you before it was shot, as the same is true for the light of the hole. So you need a bullet faster that light.
Serving Grinches all year The Home Depot Christmas shirt: Perfect for Fans
The shadow shoots 3m/c seconds later than you, and is hit by your bullet 3m/v seconds later (v is the Serving Grinches all year The Home Depot Christmas shirt moreover I love this speed of the bullet). As long as v < c your shadow will always shoot you before being shot. If you're interested, look up Cherenkov radiation, that's an effect of particles moving faster than light in a medium (and also the clue to the terrific pun someone replied to my original comment) How about using a laser gun? Then you will hit the shadow at the moment it wants to shoot. I would rule that this does count. That makes styropyro lucky Luke's successor What if I use Quantum-Bullets which at the time of being fired might or might not already be where the shadow is or not. Because quantums and stuff. Also magnets.
But the Serving Grinches all year The Home Depot Christmas shirt moreover I love this shadows bullet wouldn’t necessarily reach you before you have time to move out of the projectiles way. Causing you to move your shadow and both parties to miss their shots. And the shadow would always ‘fire back’ long before the relatively slow bullet could traverse the distance between. Are we accounting for the speed of light and distance here? If we assume a light that can project a sharp as hell shadow from a long distance, let’s say the max distance a gun can reach, would the bullet reach the shadow before the shadow shoots back? Lucky Luke (which I’ve since learned is this characters name) is so good that he fires instantly. There’s no time between his hand being off his gun, and him pulling the trigger and firing.
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The bullet, assuming it’s a modern .357 magnum with a factory standard load of powder, will travel at around 1300 feet per second. It will reach the Serving Grinches all year The Home Depot Christmas shirt moreover I love this shadow in just shy of nine days. The shadow, on the other hand, will fire when the light changes due to Luke moving. How long will that take? One second, since they’re one light-second apart. For this to work, Luke needs a gun that can fire a round capable of traveling faster than the speed of light, or breaking that limit by some other sci-fi means. There’s no other way. One way to define it so that it is semi-accurate with the design is Lucky Luke pulling the gun and shooting the trigger before the shadow starts pulling the gun. As the shadow is cast at the speed of light (C=300,000km/s or 300,000,000m/s) , and you cast it, it takes 1/100,000,000 of a second at 3m to change at the wall (or twice that time until you could see it, but your reaction time is way to long to react). Just looks different, as the bullet only goes like 1000m/s at max (probably a lot slower, but i wont look up what revolver Luke carries to know the exact speed). Yes, but it not enough to get the shot off first. You need to be able to get the shot off before the shadow shoots… so not only do you need to move faster than the shadow, but the bullet would need to be faster too, to hit the shadow before it can get the bullet off. Not only shoot before it shoots, but have the bullet land before it can fully pull the trigger. The main bottleneck here is the speed of the bullet.
You would only need to be as fast as half the Serving Grinches all year The Home Depot Christmas shirt moreover I love this light speed, since the light needs to travel 6m instead of 3 in order to see the shadow Or…. the distance that your bullet has to travel should be shorter than the distance that the light has to cover to show your hand firing. And that’s achievable! If we arrange the scene so your shadow of the pistol is at one distance and the shadow of your body is at another, then the bullet could hit your shadow’s body first. I know the pistol’s shadow would be tiny but we can go further, there is another arrangement possible. You can shoot and return to your position and during the bullet’s travel and before the light could reach a far away surface a new wall appears in the middle to show your relaxed position and receive the bullet. From our perspective, we would be able to hit our shadows with those methods. well then hypothetically if we pretend that it is hitscan and not a projectile, then it would have to be about 1/100,000,000 of a second to draw and shoot
Lucky Luke uses one of the Serving Grinches all year The Home Depot Christmas shirt moreover I love this first versions of a Colt single action army revolver, also known as M1873. The muzzle velocity of that firearm in 1880s appropriate .44 caliber is 950feet per second, or 289 meters per second. According to one story he uses “the only seven shooter in the west”, made by his uncle the weapon smith. I believe it’s album nr 8, Lucky Luke versus Phil Defer. I mean, it could, theoretically, be a .256 WinMag or a .22 Hornet, in which case it’d get pretty close to the 1000m/s The thing is: if you take a look at the shadow, the shadow’s gun is still holstered while the bullet hit the shadow. In average even if you are a really trained shooter, it takes 1-2 seconds to pull the gun, cock the hammer and pull the trigger as guns in that period were mostly single action guns. This is also shown often when there’s a shootout. So the light would need to slow down for 1,5s or the person would need to travel back in time for a few seconds.
But what heat would be generated by the Serving Grinches all year The Home Depot Christmas shirt moreover I love this friction of air against the gun being pulled that quickly? Would it be enough to melt the barrel? But wouldn’t the question be ? How fast do you have to be (and how fast should the bullet travel) so that you shoot your shadow (3m away from you) while your shadow still has its hand on the gun ? Can you calculate if the light flash from the person shooting can make the shadow not visible (and so unable to shoot)? No matter how fast you are it won’t matter unless your bullet can travel FTL. Otherwise your shadow will get a shot off before it is shot. You would still hit the ground 1st if the shadow bullet could actually come back and kill you. This is the one and only true answer. For the bullet to hit the shadow before your shadow can shoot back the bullet needs to hit the shadow before the light would have, therefore, this would be true if the bullet travelled at least the speed of light. The entire question of how fast “you” would need to be, because it doesn’t depend on your speed, but the speed of the bullet. One could however argue that your speed would have to be the speed of light minus the speed of the bullet if this was the case though. According to the cartoon physics that make your shadow’s hair and handkerchief go the other way around, your shadow is made of paint anyway. It’s impossibe since even if you could move faster than light, the bullet can’t. But I’ll be damned if I don’t absolutely love Looky Look! More answers on this duplicate post
I have the Serving Grinches all year The Home Depot Christmas shirt moreover I love this feeling that the answer is along “the interaction of your hand moving at relativistic speeds with the atmosphere would result in a massive fire ball that destroys the whole area”. At ground level in air, the speed of light is slightly slower than in a vacuum. The refractive index of air for visible light is about 1.0003, so the speed of light in air is about 90 km/s (56 mi/s) slower than c. This means that it takes light about 0.000000011 seconds, or 11 nanoseconds, to travel 3 meters in air. Being slightly faster than the light (300.000 kilometers/second) would be suficient. The light could not reach the shadow in time it reach the eyes, but considering that only you are affected by trespassing light speed, it would be useless cause the gun wont be affected. Then, considering the gun and the bullet are also affected by the trespassing of L/S, it in fact could hit the shadow if we disconsider factors as air resistance, and the impact of pulling the trigger of this gun. I’d be more interested in the speed of that bullet. Something tells me that anything travelling at that speed in the atmosphere and interacting with a wooden wall would make nuclear weapons redundant.
As xkcd explained, the Serving Grinches all year The Home Depot Christmas shirt moreover I love this bullet wouldn’t even need to interact with the bullet. At that speed (FTL), it hitting air molecules in front of it would likely create a catastrophic chain of fusion reactions that would be enough to disintegrate the bullet before it even reached the wall, and still the plasma sphere would likely level the county. I think people tend to misunderstand the scenario. You will always be a fraction of a second in front of your shadow, true. But the picture indicates that Lucky Luke is so fast that he can put a bullet in his shadow while his shadow is still reaching for the gun. You can’t do that in reality: even if you had infinite speed and could draw your weapon and bring it into firing position in a time of 0, that would not help: Light is so much faster than a bullet that your shadow would catch up long before the bullet had reached the wall. In addition to implausibly fast reflexes you also need implausibly fast bullets.
Additional to what has been discussed before: Given special relativity, the Serving Grinches all year The Home Depot Christmas shirt moreover I love this speed of light is the speed of causality. The bullet simply cannot reach the shadow before the light does. This is not a question of the bullets speed, but a fundamental result of special relativity. The gun would dislocate if he moves it faster than light. Actually even the air around his hand will explode with the heat, so there will be no shadow because of the light it will emit Surely this is impossible even if you allowed for a draw and fire in zero time. The time taken for the bullet to travel to the shadow post firing is still longer it would take for the shadow to change. Let’s assume the shadow has a reaction time identical to yours. The bullet has to travel 3m in less time than it takes them to shoot you. Let’s assume 250ms is the time it takes to pull the trigger (this is human reaction time) and assume the speed of light is sufficiently fast to ignore. Thus, the bullet has to travel 3m/250ms = 12 m/s or faster.
In the Serving Grinches all year The Home Depot Christmas shirt moreover I love this real world and assuming the gun begins holstered; you’d be messing with relativistic speeds which means if any mass ,shooter’s hand and gun, was to move at any speeds needed to do what you’re asking… basically massive explosion and the bullet would never leave the chamber… if he was aiming before hand; the bullet would need to be travelling at near light speed again… massive explosion… imagine the recoil. it’d need to be a laser pistol then it will work every time. The light travelling past you to hit the wall is going just under 300,000 kps, so it covers that 3m distance in roughly 0.000000001 seconds. If you wanna get the shot off before the light can depict your shadow aiming back at you, that is the amount of time you have.
Your bullet would have to travel at least as fast as the Serving Grinches all year The Home Depot Christmas shirt moreover I love this speed of light, for the shadow to not react before being shot. You would always hit it first, because it will always react to you Let’s say you can draw and fire that fast. The bullet travels much slower than the speed of light [citation needed] so the shadow will always fire back before it’s hit. You will always pull the trigger before your shadow does, but the shader will pull at the speed of light, and your bullet cannot reach them first If I understand this then I feel like the distance wouldn’t matter but what does is the fact that the bullet has to go faster than the speed of light. Gun on left hip, left arm straight down behind holster. Gun should be be un arm’s shadow. Reach across with right arm in front of body, right arm now dissappears in body’s shadow. Grab gun while motion is obscured, aim and shoot from front of body keeping gun in the shadow. All the time you want. Faster than light. A shadow is where light is not. So for your arm to move and pull the trigger before your shaow reacts, you have to move faster than light speed. That said, compared to the speed of light, a bullet appears to be going slower than the line at a theme park, so if you’re asking whether it’s even possible to outshoot your shadow: no. The light would travel faster than the bullet so by the time the bullet reaches the shadows your shadow would have already shot back but you could technically shoot the bullet and put the gun back in the holster before the your shadow reflects the image of you shooting, that would require you to do that entire sequence in x seconds ( I can’t work the math but what’s ever the amount of time it takes light to travel three meters in a vaccum)
Holy shit this image just dug up a game I haven’t thought about in a LONG time. I remember it was a dueling game, maybe on miniclip? Anyone know? Suppose you are standing three meters away from your shadow and want to draw a revolver before your shadow can perceive your movement. The speed at which you would have to draw the Serving Grinches all year The Home Depot Christmas shirt moreover I love this revolver would theoretically be infinitely high. If we consider the movement of the shadow as the speed of light (which is a very simplified assumption), you would have to draw the revolver in a period of time that is shorter than the time it takes light to travel the distance of three meters. The speed of light is about 299,792,458 meters per second in a vacuum. To be faster than your shadow, you would therefore have to draw the revolver almost immediately, before the light reaches your movement and changes your shadow.
Odd answer here, just hold the Serving Grinches all year The Home Depot Christmas shirt moreover I love this gun in a way that the shadow of the gun overlaps with the shadow of the person’s body, then no matter how fast or slow the person shoots, the shadow cannot shoot back. However, How fast would you need to be going to replicate this scene? I think it’s impossible for anything to move that fast.
I’ve often heard to “dress for the Serving Grinches all year The Home Depot Christmas shirt moreover I love this job you want”, and while that advice is kind of cheesy, I do think that the way you dress at work can help people see you as more professional and senior. However many offices nowadays including mine are completely casual. I work at a big tech company and there’s no dress code. It’s also very male dominated so I don’t have a lot of women for inspo. Most men will wear jeans with sneakers and tshirts and sweatshirts, but a few wear more formal sweaters or a rare ocasional business shirt. When I wear sweatshirts to work I feel too casual, even though it’s allowed. What’s a good in between that says “professional”, is comfortable, and isn’t so formal that it would be weird in this environment?Lowkey nice – Merino sweater, old navy high waisted pixie flare pants, ankle boots.
“Blending in” casual – nerdy graphic tee, dark wash jeans and Vans sneakers, my Star Wars ones are a great icebreaker. This. I think more upscale basics that lean casual would also work and be better received. I.e a pair of upscale classic white sneakers like vejas I was thinking about getting some white Vejas! Do they stay clean? I live in a busy city and all my white sneakers get dirty so quickly to the Serving Grinches all year The Home Depot Christmas shirt moreover I love this point that even washing them doesn’t work. But I can’t figure out another sneaker colour that looks as classic and preppy as white Just gotta regularly clean them and use a protective product. White kicks won’t stay clean on their own! I avoid wearing mine on especially messy days and honestly sometimes my tactic is wear other shoes, then change into my white sneakers when I get to the office.
Saddle soap might work to clean the Serving Grinches all year The Home Depot Christmas shirt moreover I love this leather. I use a magic eraser to clean up the midsole and swap in new laces when they start to look grubby. If we’re being honest I don’t own a pair yet! I wanted to a few months ago but any colors I liked were sold out in my size. I bought a pair of all leather white new balances instead for the time being. I just clean them with a magic eraser, leather is usually fairly forgiving. Shoelaces can be washed and bleached or replaced altogether. BOG up on the Old Navy pixie flared! Soo comfortable I feel like I could sleep/workout in them but they look very professional! Big tech dress code for women usually means casual basics with accessories – think jeans/blazer/belt/cute shoes or boots. I noticed in tech that the accessories tend to be designer based on the department – the more women in the department, the more often you see designer stuff.
I noticed women who succeeded in mostly male departments wore solid colors, simple hair/jewelry/makeup, no statement prints, no hair accessories, no overly baggy or unusual shapes. Flattering, unremarkable, consistent worked. I would agree that is the Serving Grinches all year The Home Depot Christmas shirt moreover I love this best advice for women working in the tech space. It’s still a boys’ club, so in a way we have to “blend in” in order to “fit in”. I generally wear nice, flattering jeans with a well fitting sweater or a basic tshirt and casual blazer made out of sweatshirt/sweater material that’s looser fit. I’d only go with a true suit blazer for a really formal presentation/meeting to senior leadership. My shoes and accessories are the only things with real personality (boots, Vans, clay and acrylic earrings). Solids, stripes, or more masculine prints like plaid and herringbone are what I go for in flattering cuts. I completely avoid prints anything overly dressy or feminine (I would never wear a floral or pink). My fun stuff that I really like is for outside of work unfortunately. Largely I agree. However, there is a growing trend of “tech chic” software developers and the like dressed to the TENS in head to toe luxury drip, a kind of silent passive aggression towards the hoodies, gap denim, and body odor seated beside them.
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- Length from the highest point of the collar to the bottom hem.
- Chest straight across, armpit to armpit, with the shirt laid flat.
- Sleeve from the center back of the collar to the cuff.
| Size | Length | Chest |
|---|---|---|
| S | 2871 | 1846 |
| M | 2974 | 2051 |
| L | 3076 | 2256 |
| XL | 3179 | 2461 |
| 2XL | 3281 | 2666 |
| 3XL | 3384 | 2871 |
| 4XL | 3486 | 3076 |
| 5XL | 3589 | 3281 |
| Size | Length | Chest |
|---|---|---|
| S | 2564 | 1641 |
| M | 2666 | 1743 |
| L | 26.567 | 1846 |
| XL | 2769 | 19.750 |
| 2XL | 27.971 | 21.655 |
| 3XL | 28.572 | 22.758 |
| Size | Length | Chest |
|---|---|---|
| S | 2871 | 1846 |
| M | 2974 | 2051 |
| L | 3076 | 2256 |
| XL | 3179 | 2461 |
| 2XL | 3281 | 2666 |
| 3XL | 3384 | 2871 |
| Size | Length | Chest | Sleeve |
|---|---|---|---|
| S | 2666 | 2051 | 33.585 |
| M | 2769 | 2256 | 34.588 |
| L | 2871 | 2461 | 35.590 |
| XL | 2974 | 2666 | 36.593 |
| 2XL | 3076 | 2871 | 37.595 |
| 3XL | 3179 | 3076 | 38.598 |
| 4XL | 3281 | 3281 | 38.598 |
| 5XL | 3486 | 3384 | 38.598 |
| Size | Length | Chest | Sleeve |
|---|---|---|---|
| S | 2769 | 2051 | 34.588 |
| M | 2871 | 2256 | 35.590 |
| L | 2974 | 2461 | 36.593 |
| XL | 3076 | 2666 | 37.595 |
| 2XL | 3179 | 2871 | 38.598 |
| 3XL | 3281 | 3076 | 3999 |
| 4XL | 3384 | 3281 | 39.5100 |
| 5XL | 3486 | 3486 | 40102 |
| Size | Length | Chest | Sleeve |
|---|---|---|---|
| S | 2871 | 1846 | 33.585 |
| M | 2974 | 2051 | 3589 |
| L | 3076 | 2358 | 36.593 |
| XL | 3179 | 2461 | 3897 |
| 2XL | 3281 | 2666 | 39.5100 |
| 3XL | 3384 | 2871 | 39.5100 |
| Size | Length | Chest |
|---|---|---|
| S | 2769 | 1846 |
| M | 2871 | 2051 |
| L | 2974 | 2256 |
| XL | 3076 | 2461 |
| 2XL | 3179 | 2666 |
| Size | Youth size | Length | Chest |
|---|---|---|---|
| S | 6-8 | 20.552 | 1641 |
| M | 10-12 | 2256 | 1743 |
| L | 14-16 | 23.560 | 1846 |
| XL | 18-20 | 2564 | 1948 |
| Size | Youth size | Length | Chest |
|---|---|---|---|
| S | 6-8 | 2153 | 1743 |
| M | 10-12 | 22.557 | 1846 |
| L | 14-16 | 2461 | 1948 |
| XL | 18-20 | 25.565 | 2051 |
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