[Update] LOL diagrams (video) | khan lol – Vietnamnhanvan

khan lol: นี่คือโพสต์ที่เกี่ยวข้องกับหัวข้อนี้

Video transcript

– [Instructor] I wanna talk
to you about LOL diagrams. That’s right, I said LOL diagrams. These are a great ways to
visualize conservation of energy, and even better, they
force you to think about what’s part of your energy system and what isn’t part of your energy system. And if you don’t know
what an energy system is, maybe that’s where we should start. An energy system is an object
or a collection of objects whose energies were gonna keep track of, and we’re gonna keep track
of them in these two charts. And notice, it looks like an L, and then an O, and then an L. That’s where they get their name from. This isn’t laugh out loud. This is an energy chart, a circle where we’re
gonna define our system, and then another chart. So to understand what
these LOL diagrams mean, let’s just look at an actually example. Let’s say you took a mass M, and you released it from
rest from a height H. And this mass falls down. The first thing we should do is choose what is gonna be
part of our energy system, whose energies are we gonna keep track of, and whose are we not gonna keep track of. The way people typically do this problem when they’re doing conservation of energy, they would say it starts
with potential energy, and then it turns into kinetic energy. And if you’re doing that,
what you’re really doing is you’re saying, “I’m taking my mass. “That’s gonna be part of my system.” So I’m gonna take this mass here, and I’m gonna make that part of my system. So we’ll keep track of
the energy of this mass, and then if you’re talking about gravitational potential energy, here’s the weird thing, you’re also talking about the earth. That earth is part of your system. So this is the earth right here. It’s got continents, and it’s got California, and
Mexico, and South America, and there’s Florida, and then there’s all kinds of stuff here. So now that we’ve selected our system, we can go ahead and starting charting what the energies look like. So what kind of energy was there initially in this system? There was gravitational potential energy, because this mass M started
at height H above the earth. So I’m gonna represent that with this bar. This is gonna be a bar chart. Let me just go up four units. So I’m gonna say there were four units of gravitational potential energy. You might be like, “How do
you know there were four? “How do you know there
weren’t like three, or five, “or 4.2?” Well, it doesn’t really matter too much. The real value in this LOL diagram is being able to
conceptualize what’s happening to the energies. No matter what you draw over here, you just wanna be consistent when you then draw this diagram over here, and I’ll show you what
that means in a minute. So for now let’s just
say there were four units of gravitational potential
energy to start with. Was there any kinetic energy? No, because it was released from rest. So if we drop this mass, it starts with no kinetic energy. And this US here is gonna
be any spring energy. We won’t have that for this example, because there aren’t any springs, so there won’t be any
spring or elastic energy. That’s it, we just had gravitational potential energy to start. And then what did that energy turn into? If this was the initial position, what kind of energy do we have when the mass gets right above
the surface of the earth? Right before it’s gonna hit the earth, what kind of energy is there? There’s gonna be kinetic energy, so this mass is gonna have kinetic energy, and we know it’s gonna have kinetic energy because it’s gonna be moving right before it hits the earth, and kinetic energy is
the energy an object has because of its motion. So it’s gonna have kinetic energy. How much kinetic energy is it gonna have? Well, energy is gonna be
conserved in our system. And since the energy
is gonna be conserved, if I started with four units of gravitational potential energy, I should end with four
units of kinetic energy. Now, you might be confused. You might wonder why wasn’t there any gravitational potential energy. Well, I was assuming that this ground was the H equals zero line. And we know that the
gravitational potential energy is mgh. And where H equals zero, the potential energy is zero. So when this mass gets
down to the final point, which I’m representing in this diagram, it no longer has any potential energy since the H would be zero. And since it has no potential energy, all of this gravitational potential energy it had initially has to turn into kinetic energy in order for the energy of
our system to be conserved. Now, if I were you, I
might object and say, “Wait a minute. “We learned earlier “that when work is done, “energy gets transferred, “and the total energy of
a object might change. “And this earth is pulling
down on this mass, right? “So the earth is exerting a
gravitational force downward. “The objects moving downward
through some displacement, “that means the earth
is doing some positive “amount of work on this
mass, giving it energy. “Doesn’t that mean “the energy of the
system is gonna change?” And the answer is no. And the reason is this earth is also part
of our energy system. So the earth did do work on the mass, and this mass gained kinetic energy. But since the earth and the mass were both part of the system, this work was internal to the system, and internal work never changes the total energy of the system. And if that was confusing,
think about it this way. Let’s say you and your friend, instead of the earth and the mass, there is you and your friend. And instead of energy,
we’ll talk about money. You, the earth, give
your friend, the mass, $10. Instead of 10 joules of
energy, you give him $10, and ask you, “How much
total energy is there “between you and your friend?” Well, there’s still the total amount. You lost $10. Your friend gained $10. But between the two of you, you still have the total amount of money you had when you started. And the same is true with energy. Whenever work is done internally, between objects in your system, there’s no change in the total energy from one chart to another. That’s why I had to
draw the kinetic energy as four units, because no energy entered
or exited our system. And something that’s really useful about these LOL diagrams is that you can translate them straight into a conservation
of energy equation. Because whenever initial
energy that you start with, plus any external work that’s done has to equal the final
energy that you end with, and the reason is external work is how much energy gets
transferred into the system. So if you start with 10 joules of energy, when you transfer five joules
of energy into the system, you’ve gotta end with 15 joules of energy. So we can just plug straight into this. What do we have for our
particular scenario? We started with potential energy. So our initial energy was
mgh plus external work. There was no external work. There’s only internal work, so this would be zero, and that’s gotta equal the final energy. The only type of energy we had to end with was kinetic energy, 1/2 mv squared. And then if we had numbers, we can plug in to this formula and just solve for the
height, or the speed, or whatever we wanted to solve for. So what would an example look like where energy wasn’t conserved, in other words, where there was external work done on the system? Well, we could use this same example. I just need to take the earth. I wanna stick this earth
outside of our system. So now our system is just the mass M. What that means is that the work done by the earth on the mass is now gonna be external work. And since there’s external
work done on this system, this system’s energy has gotta change now. It’s not gonna stay the same. You’re not gonna see the
energy of this system remained conserved, since
something is giving it energy. The earth is giving this
mass energy this time because it’s doing external work. So how would that change our LOL diagram? This mass M still ends
with kinetic energy. I mean just by imagining the earth as not part of the system, that doesn’t change
what actually happened. The mass still has to get down here with four units of kinetic energy. It’s still moving just
as fast as it did before. But our system, which is this mass, has to be gaining energy. And a way that’s possible is that the mass does not start with any gravitational potential energy. So, people don’t like this. People are like, “Wait, what? “Of course this mass starts with “gravitational potential energy. “It started up here.” But technically speaking,
gravitational potential energy is an energy that exists
between two masses. It takes two to tango, and it takes two masses to have gravitational potential energy. If I stick one of these masses out here, it can do work on the other mass. We wouldn’t say that it started with any gravitational potential energy, so this would now be zero. But we would say that there
was external work done, so that’s where this energy comes from. The earth is now doing how much work? Well, if the mass gained four units of kinetic energy? Then the work done had
to be four units of work. So if you stick the earth
outside of the system, the system no longer has
gravitational potential energy. The earth is doing
external work on the mass, and this might bother you. You might be like, “Wait. “But it’s the same
situation that’s happening. “All we did was change “whether we considered the
earth part of our system, “so how can that change the math?” It didn’t really. I mean if you think about it, instead of the four units of energy existing initially as
this potential energy and having now work, we’re just saying that there was no
potential energy to start, and there were for units
of external work done. It’s just a different story. The numbers will come out the same, and it’s all gonna be consistent. But depending on whether
you stick that earth outside of your system
or inside of your system will determine whether you say that there was initially
gravitation potential energy, or whether you say there was external work done on the mass. So let’s look at another example. Let me get rid of this. Let’s instead consider this example, where a mass starts compressed against the spring from rest. That’ll be our initial point. And it fires the mass, and the mass goes up this incline, and comes over to here, and then it’s moving with
some velocity over here. We’ll make this our final point. So if we wanna make a LOL diagram, we first have to pick what’s
part of our energy system. Because if we don’t know
what’s part of our system, we don’t even know
what’s gonna be eligible to have an energy in here. So again, let’s make the
mass part of our system. So the mass will be part of our system. Let’s make the spring part of our system, so we’ll put the spring in here. And let’s again put the
earth into our system. So what would this LOL diagram look like for this scenario? Well, since we start from rest, we don’t start with any kinetic energy. And even though the earth
is part of our system, which means that our system could have gravitational potential energy. I’m just gonna assume that the mass starts at H equals zero, so let’s make the ground H equals zero. That way this potential energy term mgh, starts as zero, so there’d be no gravitational potential
energy to start with. And the only energy we would start with is the fact that this spring is coiled up, ready to explode and
fire this mass forward. All this energy is stored up as spring or elastic energy, so we will have elastic or
spring energy to start with. Let’s just say we started with
five units of spring energy. Again, this is somewhat random. For a particular problem with numbers, you could solve for exactly
how much spring energy you started with, because remember, spring
energy can be found using the formula 1/2 k x squared, where x is the compression of the spring, and k is the spring constant. But to keep things simple, let’s just say we start with five units of spring energy. So what would our final
energies look like? If this mass is up here moving, if it’s moving, we know
it’s got kinetic energy. So I can say there’s kinetic energy. How much? Again, to figure out exactly how much, you’d have to solve for
your particular problem, and know this height. But to give you an idea of what
conservation of energy says, let’s just say there were
three units of kinetic energy that you ended with up there What are the kinds of
energy do you have up here? We’re gonna have
gravitational potential energy because this mass starts
above the H equals zero line. Since the mass is higher up in the air, it’s got gravitational potential energy. So now, if I say there’s
three units of kinetic energy, and I started with five
units of spring energy, if energy is conserved, I better end up with two units of gravitational potential energy. So I could draw two unit, and now I’d make sure that if I started with five units of energy, I’ve ended with a total
amount of five units. That would say energy is conserved. Let’s check. Is energy of our system
gonna be conserved? We can determine that by just figuring out
whether there were any external sources of work. Did anything external to
our system do any work? If not, the total energy
has got to stay the same. This five units has got to
turn into five units over here. And if we assume that these
surfaces here are frictionless, and there was no air
resistance or no loss in energy due to dissipative forces, there will be no external work done because everything is part of our system. So, like, work was done in here, the spring did work on the
mass, giving it energy. There was internal work done. But since there was no external work, the energy had to be conserved. We can write this in an equation again by saying that the total
energy we start with, the spring energy, which
would be 1/2 k x squared, plus any external work done, but the external work done was zero, since everything is internal, has to equal the final energy. And the final energy here
is the kinetic energy, which is 1/2 m v squared, plus the potential energy, which is gonna be plus mgh. And now if you had numbers
for a particular problem, you could just plug those into here, and solve for whatever
variable you were looking for. But you might be wondering, “What if there is friction
between the mass and the ramp? “What if there is friction over here? “What would that do?” Well, there’s two ways
we can handle it now. You know there’s two ways. We can include these surfaces
as part of our system, or we could say that those surfaces are outside of our system. If the surfaces are outside of our system, we would represent that as them taking energy away. Now there’s external work done, but instead of the external
work giving our system energy, the external work is taking energy away. This friction is taking energy and turning it into thermal energy. That’s what this extra spot
is here, for thermal energy. But since the surfaces are
now not part of our system, we wouldn’t show that over here. We would just include that as part of the external work done, so there would be some
negative amount of work done. Maybe the surfaces did negative
one unit of external work. What that would mean is that if we started with five units of energy, and there was negative one
unit of external work done, we’ve got to only end up
with four units of energy, but potential energy
has got to be the same. I mean I ended up this high, so that can’t really change. So that means my kinetic
energy now is gonna be smaller, and that makes sense. The friction slowed this mass down. I end with four units of energy, even though is started with five, because there was negative
one unit of external work done by the friction on these surfaces. That’s one way to handle this problem, and that’s all consistent. The other way to do it, we could just say that our surfaces, which we said were external,
are now internal to our system. That way, this external work
done is no longer external. This work done is now gonna be internal. The surface took the energy. It still did negative work, but since it’s inside of our system, that’s now gonna be part
of our energy system. So how would we represent that? It’d no longer be a negative one here. We wouldn’t say that this is done. We’d essentially, conceptually move that negative one over
by adding one to both sides. And that means we would
gain some thermal energy. I’m gonna write that as delta E thermal, because there’s gonna be some gain in the thermal energy of our system. And I would represent that now
not as an external work done, but as one unit of
thermal energy generated during this process. So recapping, LOL diagrams
are a great way to visualize what we’re talking about when we say conservation of energy. And since we define our system, they’re a nice way to
visualize what we mean when we say that the total
initial energy of our system, plus any external work done on our system has to equal the total
final energy of our system.

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[Update] Tiểu sử Khan LOL: DK Khan vs LZ Khan là ai? | khan lol – Vietnamnhanvan

Khan là ai ? Chắc hẳn đây là những thông tin mà bạn tìm kiếm đến. KZ Khan – SKT Khan hay DK Khan là một trong những game thủ gây nỗi sợ hãi hàng đầu khu vực đường trên tại LCK được các chuyên gia LMHT đánh giá. Không chỉ chơi các vị tướng mạnh mẻ có khả năng gánh team Khan còn thể hiện rất nhiều với tất cả các loại tướng tank. Hôm nay hãy cùng tìm hiểu thông tin sự nghiệp thi đấu và tiểu sử Khan – tuyển thủ của làng Liên minh thế giới.

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Khan là ai? Thông tin cá nhân Khan

Tên thật: Kim Dong-ha.

Biệt danh: Thành Cát Tư Hãn Khan

Quốc tịch: Hàn Quốc.

Ngày sinh: 22/12/1995.

Đội tuyển thi đấu: SK Telecom T1.

Vị trí thi đấu: Đường Trên.

Các đội tuyển Khan thi đấu

  • Tháng 2014 – 6/2014: Tham gia đội tuyển Prime Optimus
  • Tháng 7/2014 – 2015: Tham gia đội tuyển Team WeA
  • Tháng 1/2016: Tham gia đội tuyển Newbee Young
  • Năm 2017: Tham gia đội tuyển LongZhu Gaming
  • Năm 2018: Tham gia đội tuyển Kingzone dragonx
  • Tháng 11/2018 – 2020 : Tham gia đội tuyển SK Telecom T1
  • Năm 2020 : Tham gia đội tuyển FPX – Dự bị thay thế vs 365
  • Tháng 2021 : Tham gia đội tuyển DK – Damwon Kia

Những vị tướng nổi tiếng của Khan: Jayce, Fiora,…

Sự nghiệp và tiểu sử Khan

Khan là ai ? Sự nghiệp anh ấy bắt đầu từ khi nào ?

Kim ” Khan ” Dong-ha (  🙂 là một người chơi esports  , là người đi đường trên hàng đầu cho SK Telecom T1 . Trước đây anh được biết đến với cái tên Hanlabong .

  • ID Khan của anh là viết tắt của K orea Han labong, cũng đến từ  .
  • Được biết đến với Jayce và Fiora của anh ấy kể từ Mùa hè 2017.
    • Jayce của anh đã có tỷ lệ thắng hơn 90% trong LCK 2017 Mùa hè.
  • Đã bị đình chỉ cho một trận đấu của Mùa xuân chia tay 2018 vì đưa ra nhận xét phân biệt chủng tộc đối với người chơi Trung Quốc bằng cách nhập “4 người Trung Quốc không thể thắng”.
    • Sau sự cố này, anh đã cạo trọc đầu xin lỗi.
    • Các diễn viên Trung Quốc đã nói đùa với anh ta trong trận đấu cuối cùng của trận Chung kết MSI 2018, trong khi một RNG toàn Trung Quốc đánh bại KZ trong loạt 3-1, nói rằng “Một người đi đường trên nổi tiếng nói rằng 4 người Trung Quốc không thể thắng, nhưng 5 Người Trung Quốc chắc chắn có thể làm được. “
  • Bàn phím của anh không có phím enter trong mùa xuân 2018.
  • Trong một cuộc phỏng vấn sau trận đấu sau một trận đấu trong Mùa hè chia tay 2018, một trong những chiếc răng của anh đã rơi ra.
  • Được trao giải MVP mùa thường của LCK Mùa hè 2018 với 1100 điểm MVP.

Con đường game thủ chuyên nghiệp Khan bắt đầu khi nào ?

Khan Mùa 2014

Kim ” Hanlabong ” Dong-ha đã tham gia Prime Optimus với tư cách là một người đi đường trên vào tháng 10 năm 2013. Prime Optimus đã thi đấu tại HOT6iX Champions Spring 2014 khi họ làm thất vọng để thua SK Telecom T1 S ở vòng bảng và họ vẫn bỏ lỡ vòng playoff. Hanlabong rời Prime vào tháng 7 để gia nhập Học viện Team WE dưới cái tên Khan . Team WE Academy đã thi đấu vào mùa hè LPL 2014 nhưng họ đã xếp hạng cuối cùng trong mùa giải thường với thành tích 2-5-7. Ngay sau khi họ chơi ở Giải vô địch mùa 1 , họ đã vào tứ kết nhưng thua 2-0 trước Star Horn Royal Club .

Khan Mùa 2015

Đội WEA đã thi đấu trong Giải đấu khuyến mãi mùa xuân LPL 2015 và họ đã đủ điều kiện tham gia Mùa xuân LPL 2015 với chiến thắng 2-0 trước Đội DK và chiến thắng 2-1 trước Gamtee Fenghui. Game thủ Khan đã được chuyển từ Đội WEA sang Đội WE Tương lai vào tháng 12.

Đội WE F đã thi đấu trong Mùa xuân Dem Cup Cup 2015 , nơi họ ngay lập tức thua 3-0 ở vòng đầu tiên trước Qiao Gu . WEF đứng thứ hai trong nhóm của họ trong Mùa xuân LSPL 2015 và họ đủ điều kiện tham dự Playoffs LSPL Spring 2015 . Họ thua 2-1 trong khung thắng người chiến thắng trước Qiao Gu và sau đó là 2-0 Vici Potential Gaming . Khan rời WE F để tham giaNăng lượng tích cực trong tháng Năm. Nhóm nghiên cứu ngay lập tức được Newbee chọn . Newbee đã chơi trong mùa hè Demacia Cup 2015 khi họ thua 3-0 ở vòng đầu tiên trước WEF. Newbee xếp thứ hai trong nhóm của họ trong Mùa hè LSPL 2015 và họ đủ điều kiện tham dự Playoffs LPSL Summer 2015 . Họ xếp thứ tư sau khi thua 2-0 trước Energy Pacemaker.All và 2144 Danmu Gaming . Trong Giải đấu khuyến mãi mùa xuân LPL 2016 , Newbee đã thua 3-0 trong vòng đầu tiên trước Đội WE .

Khan mùa giải 2016

Đội tuyển Newbee của game thủ Khan đổi thương hiệu thành Newbee Young vào tháng 1 năm 2016.

Khan và những kỳ chung kết thế giới LMHT

Khan là một trong những tuyển thủ đi đường trên tốt Liên Minh Huyền Thoại hiện nay từ năm 2017 anh đã chứng minh cho các bạn quốc tế thấy rằng được phong độ vô cùng tốt của anh. Sự nghiệp thăng hoa, với vô tận những danh hiệu, kỷ lục trong sự nghiệp với các đội tuyển ở các kỳ CKTG luôn là niềm tự hào của anh chàng này. Dưới dây là tiểu sử Khan qua từng giải đấu CKTG:

Khan mùa giải 2017. LZ Khan là ai?

+ Tại mùa giải 2017. Cái tên LZ Khan nổi lên như một hiện tượng, tên tuổi của anh đè bẹp mọi tên tuổi Top lane khác.

+ Longzhu Gaming viết tắt LZ đã thành lập một đội hình mới, họ đã bổ sung cựu tuyển thủ đường giữa CJ Entus Bdd và Khan đường trên hàng đầu ít được biết đến , cũng như thúc đẩy người đi rừng Cuzz đến vị trí bắt đầu. bên trong Chia tay mùa hè 2017 , Longzhu đã thể hiện xuất sắc, khẳng định vị trí số 1 với thành tích 14-4 và mang lại cho họ hạt giống số một trong vòng playoffs. Ở đó, họ đã gây sốc cho thế giới khi đánh bại World Champions SK Telecom T1 3-1 trong trận chung kết, do những vở kịch đáng kinh ngạc của Longzhu và khả năng thực hiện của LZ Khan. 

Với chiến thắng trước SKT thì Khan cùng LongZhu chắc xuất 1 vé tới CKTG 2017. Tại CKTG mùa 7 này thì Longzhu Gaming được xếp vào bảng B họ chiếm ngôi đầu bảng với 6-0 ở vòng bảng trong 2 loạt trận đi và lượt về.

Tuy nhiên, một bất ngờ lớn xảy ra khi đội tuyển của KZ Khan lại để thua trước Samsung Galaxy ở tứ kết, kết thúc cuộc đua của họ tại CKTG.

Khan mùa giải 2018

Vào tháng 1 năm 2018, Kingzone đã mua lại đội hình của Longzhu Gaming và đổi tên thành Kingzone DragonX . Đội đã thi đấu trong Mùa xuân chia tay 2018, nơi họ đã bị đánh bại tại trận mở màn bởi KSV eSports, lỗi lớn ở trận đấu này thuộc về KZ Khan. Tuy nhiên ngay sau thời gian đó KZ nói chung và Khan nói riêng dẵ trỡ lại mạnh mẽ khi liên tục áp đảo để đánh bại KT Rolster , Afreeca Freecs , ROX Tigerers , SK Telecom T1 , và KSV Esport để tiến vào chung kết đồng thời giành tấm vè vào Mid-Season Invitational 2018.

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Khan tại Mid-Season Invitational: sự kỳ vọng vào Khan và các đồng đội Kingzone rất cao nhưng họ đã thể hiện những màn trình diễn đáng thất vọng trong giải đấu, thua đội tuyển Flash Wolves và Fnatic. Có thành tích 6-4, họ đã cố gắng đảm bảo một vị trí thi đấu, nơi họ đã đánh bại Flash Wolves 3-1 trong trận bán kết nhưng rơi vào Royal Never Give Up 3-1 trong trận chung kết, chấm dứt sự thống trị của LCK tại Mid-Season Invitational.

Trong LCK mùa hè 2018: Kingzone không nổi trội như mùa xuân, giành vị trí thứ ba trong vòng đấu loại trực tiếp và có một màn trình diễn quốc tế kém khác tại Rift Rivals nơi LCK thua trận chung kết với LPL. Ở tứ kết, Afreeca Freecs đã trả thù Kingzone cho trận chung kết Spring Split và đánh bại họ 3-1, kết quả là Kingzone thi đấu trong trận Chung kết khu vực Hàn Quốc 2018, vì KT Rolster đã vượt quá số điểm vô địch của họ. Trong vòng chung kết khu vực, Kingzone không đủ điều kiện cho giải vô địch thế giới, thua 3-0 để Gen.G .

Khan mùa giải 2019

Khan chính thức chuyển qua thi đấu cho SKT. Từ đây thế lực top lane LCK Hàn Quốc là SKT Khan chính thức ra đời trong Dream Team của LCK Hàn Quốc.

Tại mùa giải đầu tiên cùng SKT thì Khan mang về 2 chiếc cup vô địch LCK năm 2019 giúp SKT thống trị trở lại tại Hàn Quốc .

Khan mùa giải 2020

Sau thất bại cùng Dream team SKT thì Khan chuyển qua Trung quốc và thi đấu cho FPX ở vị trí tốt. Khan cùng 365 thay nhau thi đấu đường trên cho FPX

Khan mùa giải 2021

Khan về đầu quân cho DWG – DK Kia đổi Nuguri qua FPX

Thành tích của Khan đạt được khi thi đấu LMHT

Thành tích LZ Khan tại LongZhu vs Kingzone DragonX

Năm 2017

  • KZ Khan Vô địch LCK màu xuân 2017
  • Vô địch LCK Mùa Hè 2017
  • Hạng 2 KeSPA Cup 2017

Năm 2018

  • Vô địch LCK màu xuân cùng KingZone DragonX
  • Hạng 3  LCK mùa hè 2018
  • Hạng 2 Rift Rivals 2018 các khu vực LCK-LPL-LMS

Thành tích Khan cùng SKT

  • Vô địch LCK màu xuân 2019
  • Vô địch LCK 2019
  • Hạng 3-4 tại MSI 2019
  • Vô địch Rift Rivals 2019 các khu vực LCK-LPL-LMS-VCS

Thành tích Khan cùng DK

  • Vô địch LCK mùa xuân 2021
  • Vô địch LCK mùa hè 2021

Thành tích cá nhân Khan

  • Champions LCK  4 lần
  • Playoffs MVP 1 lần
  • Season MVP 1 lần
  • KDA Leader – Top 2 lần

Với những gì mà Khan đã chứng minh cho mọi người thấy về phong độ cũng như thành tích mà Khan đạt được thì có lẽ bạn cũng đã biết Khan là ai rồi phải không? Hi vọng với bài tiểu sử mà chúng tôi chia sẻ cho mọi người tham khảo nếu có các ý kiến bổ sung về thông tin cũng như muốn tìm hiểu thêm các thành viên khác của DK. Đừng quên để lại bình luận và theo dõi các tuyển thủ khác trong chuyên mục hồ sơ game thủ của chúng tôi nhé.

Đánh giá [type]


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KHAN \”THE TOPLANE CARRY\” Montage | League of Legends

DWG Khan Montage S11, Best Toplane Plays S11, Best of DWG Khan 2021, League of Legends, SoloCarry
Khan​​​​​​ DWG leagueoflegends​​​​​​
► Credits:
Kim \”Khan\” Dongha (Hangul: 김동하) is a League of Legends esports player, currently top laner for DWG KIA. He was previously known as Hanlabong.
Follow Khan​​​:
Welcome to my Channel SoloCarry!
► Subscribe for weekly League content: https://bit.ly/2J9nMI6​​​​​​
► Please leave a like/comment/share this video if you enjoyed ❤
► Music used:
♪ Track: Chris Linton \u0026 Cadmium Slow Down [NCS Release]Music provided by NoCopyrightSounds.
Watch: https://youtu.be/X9ocnkaozwc
Free Download / Stream: http://ncs.lnk.to/CSlowDown
♪ Muzzy New Age (feat. Celldweller) [Monstercat Lyric Video]►Contact:
You can contact me at the email address or comment on videos: [email protected]
My Discord: https://discord.com/invite/HRYKXPt​​​​​​
► Copyright Notice:
I make these \”educational\” videos with the intention of entertaining LoL players.
The whole footage/gameplay is edited by myself.
► League of Legends Footage Permission: https://www.riotgames.com/en/legal​​​​​
► Other Credits:
Riot Games: https://www.riotgames.com/en/legal​​​​​
❤ League of Legends Content. Thanks for watching! ❤


LPL Gifts and Wishes! | FPX Tian and DK Khan | Worlds 2021

Old teammates reunite once again!
FPX Tian explains the meaning behind his gifts, and both Tian and Khan exchange “kind” words of encouragement!
Follow the LPL here:
Twitter https://twitter.com/lplenglish
Facebook https://www.facebook.com/lplenglish
Instagram https://www.instagram.com/lpl.official/
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LPL CrazyIsOurGame MakeBreak Worlds2021

LPL Gifts and Wishes! | FPX Tian and DK Khan | Worlds 2021

Best of Khan | 2021 Montage

➤ Subscribe for daily League of Legends content!
➤ Please leave a like, comment and share this video if you liked it!
➤ Follow GWP
● Instagram: https://www.instagram.com/gamerswithproblems/
● Twitter: https://twitter.com/YTGWP
✦ Khan
Kim \”Khan\” ( listen) Dongha (Hangul: 김동하) is a League of Legends esports player, currently top laner for DWG KIA. He was previously known as Hanlabong. Kim \”Hanlabong\” Dongha joined Prime Optimus as a top laner in October of 2013. Prime Optimus competed in HOT6iX Champions Spring 2014 where they upset SK Telecom T1 S in the group stage but they still missed the playoffs. Hanlabong left Prime in July to join Team WE Academy under the name Khan. Team WE Academy competed in 2014 LPL Summer but they placed last in the regular season with a 257 record. Soon after they played in the Season 1 X Championship where they made it to the quarterfinals but lost 20 to Star Horn Royal Club. Team WEA competed in the 2015 LPL Spring Promotion Tournament and they requalified for 2015 LPL Spring with a 20 victory over Team DK and a 21 victory over Gamtee Fenghui. Khan was moved from from Team WEA to Team WE Future in December. Team WE F played in the 2015 Demacia Cup Spring Season where they immediately lost 30 in the first round to Qiao Gu. WEF placed second in their group in the 2015 LSPL Spring Season and they qualified for the 2015 LSPL Spring Playoffs. They lost 21 in the winners bracket to Qiao Gu and then 20 Vici Potential Gaming. Khan left WE F to join Positive Energy in May. The team was then immediately picked up by Newbee. Newbee played in the 2015 Demacia Cup Summer Season where they lost 30 in the first round to WEF. Newbee placed second in their group during the 2015 LSPL Summer Season and they qualified for the 2015 LPSL Summer Playoffs. They placed fourth after losing 20 to Energy Pacemaker.All and 2144 Danmu Gaming. In the 2016 LPL Spring Promotion Tournament, Newbee lost 30 in the first round to Team WE. Newbee rebranded to Newbee Young in January of 2016. Khan joined SK Telecom T1 as a top in November of 2018. Khan joined FunPlus Phoenix as top laner in December of 2019.
♬ Music and Audio ♬
We did not create any of the songs. If you like any of the songs please show the creators some respected love. Thank you!
0:00 The Score Legend
Youtube: https://www.youtube.com/watch?v=jecQcgbyetw\u0026ab_channel=TheScore
3:03 Oh The Larceny Can’t Stop Me Now
Youtube: https://www.youtube.com/watch?v=SepuzKLrnUA\u0026ab_channel=OhtheLarcenyTopic
6:04 Pegboard Nerds \u0026 Grabbitz All Alone
Youtube: https://www.youtube.com/watch?v=_eEziNdIvD8\u0026ab_channel=MonstercatUncaged
✦ Follow Khan
● lolpros: https://lolpros.gg/player/khan/
● Instagram: https://www.instagram.com/sadoqqqq/
● douyu: https://www.douyu.com/5100470
● Twitter: https://twitter.com/sadoqqqq
✎ Credits
⚙️ Editing Program: Wondershare Filmora
⚙️ Recording Program: OBS Studio
⚙️ Camera Angles: Skinspotlights
⚙️ Platform: Twitch
⚙️ Founder: Riot Games
⚙️ Video: LoL Esports
⚙️ Game: League of Legends
Thanks for watching!

Best of Khan | 2021 Montage


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22:0023:30 hàng ngày trên Youtube
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ขอบคุณที่รับชมกระทู้ครับ khan lol

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