Hi uncle

How's the *lumbago*

u still got terminal lumbago old man?

*L U M B A G O*

Yea

I have never seen this vid until now lol

Me to

Lol

Same

Same

palopatrol thanks for clarification

@MANCHESTER UNITED F.C can you shut the fudge up right now

@MAN UTD get out of here

@M thanks for the info man I appreciate it

@user-gu4tv4hp6swow never knew that thanks

i new that!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

Yep, correction tho. It was “DPHQ Edition”

Carson G. nearly the same but forgot cause it was so long since I saw it

50k subs with 1 vid challenge yah I just remember they called everything 2 years back “edition” instead of “trickshots”

Carson G. yeah

I know right! But they still have to travel and edit vids and whatnot

That is work for them.

PaulCraftGaming yeah dude they get payed for that. by their sponsors, AND youtube

IHazDiamondz RIP

IHazDiamondz true boy true

IHazDiamondz I will

Yeah they bring me back to when the world wasn’t so f’ed up 😞

@@austinworthington8993 ngghhf Bbbhjyi7g,htfdstdrsrseergrtltrdrjtuhppi Awsv j

Yea it brings back nostalgia

They have quarantined videos

Bro same

Guess I'm not the only one

Hey yo might like my videos

Yo bro

Yeah

It has a pool table and a golf spot

Yeah golf and pool table why don't they make it bigger and add cooler stuff to it 😎😎😎😎😎😎😎😎😎😎😎😎😎😎😎😎😎🤑🤑🤑🤑🤑🤑🤑🤑🤑🤑🤑Swag Yo

+Laura Arth they're building a new one

they officially moved out of the old one. The new one has a bunch of new cool stuff.

Me too

Yeah not only the office I want to be fricken rich like them if they could have all the stuff they have a they need to be so Rick they r so cool I wish I was like tem

+John Rep me to

where can I buy a small basket on the wall?

waltmart guy

Nostalgic and still one of their best imo

Goosebumps

They're closer than ever.

Breezy Mink mine did

Yeah

Same

Yeah

Yes

And a bathroom

Stuk Also, ya.

Stuk what

Hockey rink

CJ Orendain why is "idk anymore!" funny!?

Ikr

facts

they dont make as much money as you think. revenue really isnt. . . well, millions of dollars.

+Hikaru Nohu True but sometimes it isn't all about the money, It would be amazing to just make a living of doing these things

yes, I agree! there job would be awesome

Nice vid good job

Nice video Ily

Awesome office

Awesome video

Beast plz reply

Yea :(

Hybrid FN yea 😂

Um.... Me and me mates... :)

Me! Hire me! Please!

A bowling ally

A foam pit would be pretty sweet, maybe a pet

Room Tour!!!!

HQ**

I wander what Dude Perfect can all afford.

Me too

same

same

no KZbinr would get to 100;000;000

+hayden scott it's a joke...

Pewds might, however I personally aren't a fan of him.

wtf

The panda is one of the twins

IKR

Nice video

ɷ Heeeeyyy Friendssss I Have F0undddd Workingg Online Hacck visitttt : - t.co/pCcpYBZy0N

Du hier?😂

I just got a lot better at that

ikr

sutton shook which one did he win

@@Llibugha12333 rc airplane battle

He’s won about 3-5

He never won 2 battles

Shadow and NNplayz he did

lol

Yup LOL 😅😅

TheMattomic Bombdrew yep

TheMattomic Bombdrew I just realized that

Hello guys good

Yep, it's awesome

Yup it's their jobs they have a joint net worth of 5 million dollars

+Pranay Nayak they probably have loads more each in the bank net worth is only the amount they have spent on things so they have spent 5 mill between them but could have 20mill each in the bank no one knows

I'd totally love to be able to live like this ! But what is their network ? ( sorry if it's a really dumb question )

Basically thats all they do and they gain a lot of subs and lots of views from youtube too

George Plays no

Manish Kumar

True

They have one

they have one

Don't eat weed no i mean like a huge indoor one a regular tramp

They do need one

Pp

they should do an act of when they were in high school

earnest 302 For other uses, see Sperm (disambiguation). Diagram of a human sperm cell Sperm is the male reproductive cell and is derived from the Greek word (σπέρμα) sperma (meaning "seed"). In the types of sexual reproduction known as anisogamy and its subtype oogamy, there is a marked difference in the size of the gametes with the smaller one being termed the "male" or sperm cell. A uniflagellar sperm cell that is motile is referred to as a spermatozoon, whereas a non-motile sperm cell is referred to as a spermatium. Sperm cells cannot divide and have a limited life span, but after fusion with egg cells during fertilization, a new organism begins developing, starting as a totipotent zygote. The human sperm cell is haploid, so that its 23 chromosomes can join the 23 chromosomes of the female egg to form a diploid cell. In mammals, sperm develops in the testicles and is released from the penis. It is also possible to extract sperm through TESE. Some sperm banks hold up to 170 litres (37 imp gal; 45 US gal) of sperm.[1] File:HumanSpermVideoAffordableHomeMicroscope.ogv Video of human sperm cells recorded by an affordable home microscope. Contents [hide] 1 Sperm in animals 1.1 Anatomy 1.2 Origin 1.3 Sperm quality 1.4 Sperm size 1.5 Market for human sperm 1.6 History 1.7 Forensic analysis 2 Sperm in plants 3 Motile sperm cells 4 Non-motile sperm cells 5 Sperm nuclei 6 See also 7 References 8 External links Sperm in animals Further information: Spermatozoon Anatomy Sperm and egg fusing The mammalian sperm cell consists of a head, a midpiece and a tail. The head contains the nucleus with densely coiled chromatin fibres, surrounded anteriorly by an acrosome, which contains enzymes used for penetrating the female egg. The midpiece has a central filamentous core with many mitochondria spiralled around it, used for ATP production for the journey through the female cervix, uterus and uterine tubes. The tail or "flagellum" executes the lashing movements that propel the spermatocyte.[citation needed] During fertilization, the sperm provides three essential parts to the oocyte: (1) a signalling or activating factor, which causes the metabolically dormant oocyte to activate; (2) the haploid paternal genome; (3) the centrosome, which is responsible for maintaining the microtubule system.[2] Although semen contains millions of sperm, the egg will admit only one. The other ones will soon die and be absorbed. Origin The spermatozoa of animals are produced through spermatogenesis inside the male gonads (testicles) via meiotic division. The initial spermatozoon process takes around 70 days to complete. The spermatid stage is where the sperm develops the familiar tail. The next stage where it becomes fully mature takes around 60 days when it is called a spermatozoan.[3] Sperm cells are carried out of the male body in a fluid known as semen. Human sperm cells can survive within the female reproductive tract for more than 5 days post coitus.[4] Semen is produced in the seminal vesicles, prostate gland and urethral glands. In 2016 scientists at Nanjing Medical University claimed they had produced cells resembling mouse spermatids artificially from stem cells. They injected these spermatids into mouse eggs and produced pups.[5] Sperm quality Human sperm stained for semen quality testing. Main article: Semen quality Sperm quantity and quality are the main parameters in semen quality, which is a measure of the ability of semen to accomplish fertilization. Thus, in humans, it is a measure of fertility in a man. The genetic quality of sperm, as well as its volume and motility, all typically decrease with age.[6] (See paternal age effect.) DNA damages present in sperm cells in the period after meiosis but before fertilization may be repaired in the fertilized egg, but if not repaired, can have serious deleterious effects on fertility and the developing embryo. Human sperm cells are particularly vulnerable to free radical attack and the generation of oxidative DNA damage.[7] (see e.g. 8-Oxo-2'-deoxyguanosine) The postmeiotic phase of mouse spermatogenesis is very sensitive to environmental genotoxic agents, because as male germ cells form mature sperm they progressively lose the ability to repair DNA damage.[8] Irradiation of male mice during late spermatogenesis can induce damage that persists for at least 7 days in the fertilizing sperm cells, and disruption of maternal DNA double-strand break repair pathways increases sperm cell-derived chromosomal aberrations.[9] Treatment of male mice with melphalan, a bifunctional alkylating agent frequently employed in chemotherapy, induces DNA lesions during meiosis that may persist in an unrepaired state as germ cells progress though DNA repair-competent phases of spermatogenic development.[10] Such unrepaired DNA damages in sperm cells, after fertilization, can lead to offspring with various abnormalities. Sperm size Related to sperm quality is sperm size, at least in some animals. For instance, the sperm of some species of fruit fly (Drosophila) are up to 5.8 cm long - about 20 times as long as the fly itself. Longer sperm cells are better than their shorter counterparts at displacing competitors from the female’s seminal receptacle. The benefit to females is that only healthy males carry ‘good’ genes that can produce long sperm in sufficient quantities to outcompete their competitors.[11][12] Market for human sperm Further information: Sperm donation On the global market, Denmark has a well-developed system of human sperm export. This success mainly comes from the reputation of Danish sperm donors for being of high quality[13] and, in contrast with the law in the other Nordic countries, gives donors the choice of being either anonymous or non-anonymous to the receiving couple.[13] Furthermore, Nordic sperm donors tend to be tall and highly educated[14] and have altruistic motives for their donations,[14] partly due to the relatively low monetary compensation in Nordic countries. More than 50 countries worldwide are importers of Danish sperm, including Paraguay, Canada, Kenya, and Hong Kong.[13] However, the Food and Drug Administration (FDA) of the US has banned import of any sperm, motivated by a risk of transmission of Creutzfeldt-Jakob disease, although such a risk is insignificant, since artificial insemination is very different from the route of transmission of Creutzfeldt-Jakob disease.[15] The prevalence of Creutzfeldt-Jakob disease for donors is at most one in a million, and if the donor was a carrier, the infectious proteins would still have to cross the blood-testis barrier to make transmission possible.[15] History See also: Homunculus § Homunculus of spermists Sperm were first observed in 1677 by Antonie van Leeuwenhoek[16] using a microscope, he described them as being animalcules (little animals), probably due to his belief in preformationism, which thought that each sperm contained a fully formed but small human.[citation needed] Forensic analysis Ejaculated fluids are detected by ultraviolet light, irrespective of the structure or colour of the surface.[17] Sperm heads, e.g. from vaginal swabs, are still detected by microscopy using the "Christmas Tree Stain" method, i.e., Kernechtrot-Picroindigocarmine (KPIC) staining.[18][19] Sperm in plants Sperm cells in algal and many plant gametophytes are produced in male gametangia (antheridia) via mitotic division. In flowering plants, sperm nuclei are produced inside pollen.[citation needed] Motile sperm cells Motile sperm cells of algae and seedless plants.[20] Motile sperm cells typically move via flagella and require a water medium in order to swim toward the egg for fertilization. In animals most of the energy for sperm motility is derived from the metabolism of fructose carried in the seminal fluid. This takes place in the mitochondria located in the sperm's midpiece (at the base of the sperm head). These cells cannot swim backwards due to the nature of their propulsion. The uniflagellated sperm cells (with one flagellum) of animals are referred to as spermatozoa, and are known to vary in size.[citation needed] Motile sperm are also produced by many protists and the gametophytes of bryophytes, ferns and some gymnosperms such as cycads and ginkgo. The sperm cells are the only flagellated cells in the life cycle of these plants. In many ferns and lycophytes, they are multi-flagellated (carrying more than one flagellum).[20] In nematodes, the sperm cells are amoeboid and crawl, rather than swim, towards the egg cell.[21] Non-motile sperm cells Non-motile sperm cells called spermatia lack flagella and therefore cannot swim. Spermatia are produced in a spermatangium.[20] Because spermatia cannot swim, they depend on their environment to carry them to the egg cell. Some red algae, such as Polysiphonia, produce non-motile spermatia that are spread by water currents after their release.[20] The spermatia of rust fungi are covered with a sticky substance. They are produced in flask-shaped structures containing nectar, which attract flies that transfer the spermatia to nearby hyphae for fertilization in a mechanism similar to insect pollination in flowering plants.[22] Fungal spermatia (also called pycniospores, especially in the Uredinales) may be confused with conidia. Conidia are spores that germinate independently of fertilization, whereas spermatia are gametes that are required for fertilization. In some fungi, such as Neurospora crassa, spermatia are identical to microconidia as they can perform both functions of fertilization as well as giving rise to new organisms without fertilization.[23] Sperm nuclei In many land plants, including most gymnosperms and all angiosperms, the male gametophytes (pollen grains) are the primary mode of dispersal, for example via wind or insect pollination, eliminating the need for water to bridge the gap between male and female. Each pollen grain contains a spermatogenous (generative) cell. Once the pollen lands on the stigma of a receptive flower, it germinates and starts growing a pollen tube through the carpel. Before the tube reaches the ovule, the nucleus of the generative cell in the pollen grain divides and gives rise to two sperm nuclei, which are then discharged through the tube into the ovule for fertilization.[20] In some protists, fertilization also involves sperm nuclei, rather than cells, migrating toward the egg cell through a fertilization tube. Oomycetes form sperm nuclei in a syncytical antheridium surrounding the egg cells. The sperm nuclei reach the eggs through fertilization tubes, similar to the pollen tube mechanism in plants.[20]

earnest 302 For other uses, see Sperm (disambiguation). Diagram of a human sperm cell Sperm is the male reproductive cell and is derived from the Greek word (σπέρμα) sperma (meaning "seed"). In the types of sexual reproduction known as anisogamy and its subtype oogamy, there is a marked difference in the size of the gametes with the smaller one being termed the "male" or sperm cell. A uniflagellar sperm cell that is motile is referred to as a spermatozoon, whereas a non-motile sperm cell is referred to as a spermatium. Sperm cells cannot divide and have a limited life span, but after fusion with egg cells during fertilization, a new organism begins developing, starting as a totipotent zygote. The human sperm cell is haploid, so that its 23 chromosomes can join the 23 chromosomes of the female egg to form a diploid cell. In mammals, sperm develops in the testicles and is released from the penis. It is also possible to extract sperm through TESE. Some sperm banks hold up to 170 litres (37 imp gal; 45 US gal) of sperm.[1] File:HumanSpermVideoAffordableHomeMicroscope.ogv Video of human sperm cells recorded by an affordable home microscope. Contents [hide] 1 Sperm in animals 1.1 Anatomy 1.2 Origin 1.3 Sperm quality 1.4 Sperm size 1.5 Market for human sperm 1.6 History 1.7 Forensic analysis 2 Sperm in plants 3 Motile sperm cells 4 Non-motile sperm cells 5 Sperm nuclei 6 See also 7 References 8 External links Sperm in animals Further information: Spermatozoon Anatomy Sperm and egg fusing The mammalian sperm cell consists of a head, a midpiece and a tail. The head contains the nucleus with densely coiled chromatin fibres, surrounded anteriorly by an acrosome, which contains enzymes used for penetrating the female egg. The midpiece has a central filamentous core with many mitochondria spiralled around it, used for ATP production for the journey through the female cervix, uterus and uterine tubes. The tail or "flagellum" executes the lashing movements that propel the spermatocyte.[citation needed] During fertilization, the sperm provides three essential parts to the oocyte: (1) a signalling or activating factor, which causes the metabolically dormant oocyte to activate; (2) the haploid paternal genome; (3) the centrosome, which is responsible for maintaining the microtubule system.[2] Although semen contains millions of sperm, the egg will admit only one. The other ones will soon die and be absorbed. Origin The spermatozoa of animals are produced through spermatogenesis inside the male gonads (testicles) via meiotic division. The initial spermatozoon process takes around 70 days to complete. The spermatid stage is where the sperm develops the familiar tail. The next stage where it becomes fully mature takes around 60 days when it is called a spermatozoan.[3] Sperm cells are carried out of the male body in a fluid known as semen. Human sperm cells can survive within the female reproductive tract for more than 5 days post coitus.[4] Semen is produced in the seminal vesicles, prostate gland and urethral glands. In 2016 scientists at Nanjing Medical University claimed they had produced cells resembling mouse spermatids artificially from stem cells. They injected these spermatids into mouse eggs and produced pups.[5] Sperm quality Human sperm stained for semen quality testing. Main article: Semen quality Sperm quantity and quality are the main parameters in semen quality, which is a measure of the ability of semen to accomplish fertilization. Thus, in humans, it is a measure of fertility in a man. The genetic quality of sperm, as well as its volume and motility, all typically decrease with age.[6] (See paternal age effect.) DNA damages present in sperm cells in the period after meiosis but before fertilization may be repaired in the fertilized egg, but if not repaired, can have serious deleterious effects on fertility and the developing embryo. Human sperm cells are particularly vulnerable to free radical attack and the generation of oxidative DNA damage.[7] (see e.g. 8-Oxo-2'-deoxyguanosine) The postmeiotic phase of mouse spermatogenesis is very sensitive to environmental genotoxic agents, because as male germ cells form mature sperm they progressively lose the ability to repair DNA damage.[8] Irradiation of male mice during late spermatogenesis can induce damage that persists for at least 7 days in the fertilizing sperm cells, and disruption of maternal DNA double-strand break repair pathways increases sperm cell-derived chromosomal aberrations.[9] Treatment of male mice with melphalan, a bifunctional alkylating agent frequently employed in chemotherapy, induces DNA lesions during meiosis that may persist in an unrepaired state as germ cells progress though DNA repair-competent phases of spermatogenic development.[10] Such unrepaired DNA damages in sperm cells, after fertilization, can lead to offspring with various abnormalities. Sperm size Related to sperm quality is sperm size, at least in some animals. For instance, the sperm of some species of fruit fly (Drosophila) are up to 5.8 cm long - about 20 times as long as the fly itself. Longer sperm cells are better than their shorter counterparts at displacing competitors from the female’s seminal receptacle. The benefit to females is that only healthy males carry ‘good’ genes that can produce long sperm in sufficient quantities to outcompete their competitors.[11][12] Market for human sperm Further information: Sperm donation On the global market, Denmark has a well-developed system of human sperm export. This success mainly comes from the reputation of Danish sperm donors for being of high quality[13] and, in contrast with the law in the other Nordic countries, gives donors the choice of being either anonymous or non-anonymous to the receiving couple.[13] Furthermore, Nordic sperm donors tend to be tall and highly educated[14] and have altruistic motives for their donations,[14] partly due to the relatively low monetary compensation in Nordic countries. More than 50 countries worldwide are importers of Danish sperm, including Paraguay, Canada, Kenya, and Hong Kong.[13] However, the Food and Drug Administration (FDA) of the US has banned import of any sperm, motivated by a risk of transmission of Creutzfeldt-Jakob disease, although such a risk is insignificant, since artificial insemination is very different from the route of transmission of Creutzfeldt-Jakob disease.[15] The prevalence of Creutzfeldt-Jakob disease for donors is at most one in a million, and if the donor was a carrier, the infectious proteins would still have to cross the blood-testis barrier to make transmission possible.[15] History See also: Homunculus § Homunculus of spermists Sperm were first observed in 1677 by Antonie van Leeuwenhoek[16] using a microscope, he described them as being animalcules (little animals), probably due to his belief in preformationism, which thought that each sperm contained a fully formed but small human.[citation needed] Forensic analysis Ejaculated fluids are detected by ultraviolet light, irrespective of the structure or colour of the surface.[17] Sperm heads, e.g. from vaginal swabs, are still detected by microscopy using the "Christmas Tree Stain" method, i.e., Kernechtrot-Picroindigocarmine (KPIC) staining.[18][19] Sperm in plants Sperm cells in algal and many plant gametophytes are produced in male gametangia (antheridia) via mitotic division. In flowering plants, sperm nuclei are produced inside pollen.[citation needed] Motile sperm cells Motile sperm cells of algae and seedless plants.[20] Motile sperm cells typically move via flagella and require a water medium in order to swim toward the egg for fertilization. In animals most of the energy for sperm motility is derived from the metabolism of fructose carried in the seminal fluid. This takes place in the mitochondria located in the sperm's midpiece (at the base of the sperm head). These cells cannot swim backwards due to the nature of their propulsion. The uniflagellated sperm cells (with one flagellum) of animals are referred to as spermatozoa, and are known to vary in size.[citation needed] Motile sperm are also produced by many protists and the gametophytes of bryophytes, ferns and some gymnosperms such as cycads and ginkgo. The sperm cells are the only flagellated cells in the life cycle of these plants. In many ferns and lycophytes, they are multi-flagellated (carrying more than one flagellum).[20] In nematodes, the sperm cells are amoeboid and crawl, rather than swim, towards the egg cell.[21] Non-motile sperm cells Non-motile sperm cells called spermatia lack flagella and therefore cannot swim. Spermatia are produced in a spermatangium.[20] Because spermatia cannot swim, they depend on their environment to carry them to the egg cell. Some red algae, such as Polysiphonia, produce non-motile spermatia that are spread by water currents after their release.[20] The spermatia of rust fungi are covered with a sticky substance. They are produced in flask-shaped structures containing nectar, which attract flies that transfer the spermatia to nearby hyphae for fertilization in a mechanism similar to insect pollination in flowering plants.[22] Fungal spermatia (also called pycniospores, especially in the Uredinales) may be confused with conidia. Conidia are spores that germinate independently of fertilization, whereas spermatia are gametes that are required for fertilization. In some fungi, such as Neurospora crassa, spermatia are identical to microconidia as they can perform both functions of fertilization as well as giving rise to new organisms without fertilization.[23] Sperm nuclei In many land plants, including most gymnosperms and all angiosperms, the male gametophytes (pollen grains) are the primary mode of dispersal, for example via wind or insect pollination, eliminating the need for water to bridge the gap between male and female. Each pollen grain contains a spermatogenous (generative) cell. Once the pollen lands on the stigma of a receptive flower, it germinates and starts growing a pollen tube through the carpel. Before the tube reaches the ovule, the nucleus of the generative cell in the pollen grain divides and gives rise to two sperm nuclei, which are then discharged through the tube into the ovule for fertilization.[20] In some protists, fertilization also involves sperm nuclei, rather than cells, migrating toward the egg cell through a fertilization tube. Oomycetes form sperm nuclei in a syncytical antheridium surrounding the egg cells. The sperm nuclei reach the eggs through fertilization tubes, similar to the pollen tube mechanism in plants.[20]

For other definitions of the mob-squad, see Moron (disambiguation)

Bernie Castillo no, you only die once

On point

True. We all want that!

Everyone would love this

SWEET!!!!

yeah

woohooo!!!!! i want to see a new stereotype :)

Finaly

I drove past it a couple of weeks ago and it looked like noone was there, it is the one in Frisco, TX right?

MassimoStyle funny

@ Boom son if you dont get the comment just keep quiet

MassimoStyle Yeah that's also funny because they made the videos more than 2 years ago

Boom son idiot...

cuz they have a new office

i think

JamesDankMeme yea they did but the new one tho

Wait. Did you just reply to your own comment? Ive been watching all the old videos and ive found so much people replying to themselves

yes

@@slightlycookedbread maybe he forgot to change accounts.

Brennan R they should

AceCraft2Games Do you know when it's coming out?

AceCraft2Games Cool, thanks!

Brennan R

Brennan R they are on Halloween

Exactly my first thought

Honza Sekyra ME TOO... The one with the hockey...

CJ Orendain I know right!

What! mannen det var jag som gjorde din logga =P

Swipeys - CSGÖÖ its probably enforced glass or some shit to make it safer.

They still kinda are tho

@@crkjdw not rlly they dont upload much

@@shreek9764 they upload like always, once every 2 weeks on mondays.

Uh yeah

+Unicorn Aj totally

I was literally just thinking that.

+rylee daoust totally

Yes they should

True

Yep yep

Agree

A 6 year comment! I finally found one!

Yeah

6 years later they have a way bigger better dphq

Soccer is the number 1 sport on Earth with over 4 billion fans and is massive in over 240 countries. Every country on Earth loves Soccer. Basketball is massive in less than 30 countries. Soccer will be the most popular sport in the USA by 2050 uszb

@@mufc383 I do not remember asking

Madden Mobile Boss yea like 4 months ago lol

ya

Madden Mobile Boss I'm better than u at madden mobile I have Edelman,Brady,and Marsha won lynch wanna play me

Madden Mobile Boss me

Why does it say old?

you dirty girl.

How does this only have 15 likes?

Denis Jasewicz look at the no-look bullseye with 0.25 speed. It look like its fake.

ReidsGaming 34 I agree

ReidsGaming 34 I agree to

ReidsGaming 34 **too

Skyler Hamilton me😁😁😁😁😁😁😁😁😁😁😁 !!!!!!!!!!!!!!!!

Skyler Hamilton I would love to

why not?

Skyler Hamilton vi

I have been dreaming of it all the time after the first video I watched

it's a lot harder, it would take heaps of attempts but they only put in the ones they succeed in

No shit sherlock. But even for a lot of attempts they pull off a shit ton of cool tricks. And that too in so many different sports.

Bilal Khalid it does not take 1 try they is a thing called editing it the a lot of tries

could you please not say bad word like that

Jacob Stearns This is the internet dude. If you can't handle swearing you shouldn't be on here.

Honestly who doesn’t

You’ll get there one day

Well just start our own dude average

Shut up kid. You will end up working at a car dealership

AGREED GARRET MAKES LIKE NO SHOTS! Then again Ty is the leader.

I give it a week. Tyler is going to miss a hockey shot and boom. haha

I give it 11 minutes

Probably already have

That is exactly what i was thinking especially with hockey pucks

they can't smash anything cuz it's fake (CGI), until proven otherwise.

on the contrary.....

they all played basketball and i think football aswell

Anian Zellhofer oh, okay.

Anian Zellhofer there's no way the guy who did the hockey shots didn't play hockey either

Hah ofcourse

And me

And meeeeee

and meee (sub to me)

lol