en
of relatively small extent from one surface to the opposite or in cross section
en
/ˈθɪn/
adj
of relatively small extent from one surface to the opposite or in cross section
of relatively small extent from one surface to the opposite or in cross section
从一面到另一面或横截面距离相对较小的
Joe Rogan Podcast, check it out. The Joe Rogan Experience. Train by day, Joe Rogan Podcast by night, all day. Mr. Sinclair, good to see you again. Dr. Sinclair? Doctor. I'm kidding. It's better that way, right? Yeah, do you ever introduce yourself as doctor? Never. Yeah, that's kind of a... It's a weird thing because you're allowed to. I'm actually a Sir David from Australia, but... Are you a sir? Yeah, but it's kind of a joke. I don't really... How does that work out? Did you get knighted or some shit? The Queen's representative gave me some Australian version of a knighthood. But I get to pu
Yo, if you're new to this channel, make sure to subscribe and turn on notifications. Excuse me, sir, your food's ready. Oh, sorry. Famous Grill, what can I get started for you? Hi, yes, can I please get a number one? Hello? Yeah, I heard you the first time. Okay, yeah, so I'll get a number one, light mayo, thin cut fries, and a Coke. Just to let you know, you're making a huge mistake. What do you mean? You're so nitpicky about everything. All I said was light mayo and thin cut fries. Oh, so I'm picky now, huh? I'm sorry if I want to take a minute when deciding who to spend the rest of my life
Many people never noticed this. How can Spider-Man stick to walls while wearing shoes and gloves? Toby's Spider-Man has countless tiny barbs on his hands. Those microscopic barbs allow him to cling firmly to walls. That's also why Toby's Spider-Man suit has to be made extremely thin. As a result, his suit fits very tightly. But neither Andrews nor Tom's Spider-Man is ever shown having those tiny barbs. So how are they able to climb walls while wearing their suits? The reason is actually very simple. They rely on a bio-electromagnetic ability. It allows their bodies to generate an adhesive forc
Sometimes, to find something truly new, it has to come from something that we already know.