File :-(, x, )
Anonymous
What would you with 100lbs and 300lbs metal balls? (the size of a tennis ball)
>> Anonymous
tennis
>> Anonymous
rub my dong all over it
>> Anonymous
>>235689
but those are really heavy balls..
>> Anonymous
SQUOTZ
>> Anonymous
I'd sell them for good money.
>> Anonymous
>>235693
tennis damnit
>> Anonymous
ben wa
>> Anonymous
>>235699
dong rubbing damn it >=(
>> Anonymous
300lb metal ball, the size of a tennis ball?

What the fuck is it made out of?!
>> Anonymous
>>235703
lol, lead?...
>> Anonymous
>>235703
neutronium
>> Anonymous
>>235703
it is made of HATE.
>> anonyneko
use them as anal beadz, lol
>> Anonymous
Drop it from an overpass.
>> Anonymous
>>235711
assuming you can lift that much :\
>> Anonymous
>>235710
To strength-train your sphincter?

That's some hardcore resistance.
>> Anonymous
Ping Pong
>> Anonymous
>>235703
a superdense material, derived from neutron stars.

This is a mental exercise, hence, what it is made of is a moot point.
>> stork
Shit all with the 300lbs one, you wouldn't be able to pick it up.

Maybe if you had killer forearm strength you could lift the 100lbs one. I'd drop it on stuff.
>> Anonymous
>>235708
>>236508
That would mean it would like, weigh more than the Earth or something.
>> Anonymous
>>235711
lulz assured
>> Anonymous
>>236508

Something the size of a tennis ball taken out of a neutron star wouldn't weigh. 100 or 300 pounds. It would way something along the lines of 100 FUCKING TONS.
>> Anonymous
I dont even know what OP is asking. It makes no sense
>> Anonymous
300 lb tennis ball... I bet that would have a terminal velocity of 1000 ft/sec
>> Anonymous
>>236556

Are you suggesting, sir, that mass has an effect on the velocity of a falling object?
>> Anonymous
I know what you're thinking, and you're wrong, so shut up. Density does make a difference, for terminal velocity. Acceleration is different obviously.

Either troll of failphysicsfag
>> Anonymous
>>236561

I think he is. Either way, the impact force of a 300 pound tennis ball flying at the same velocity as a normal tennis ball would be... interesting to see so to say. It could probably trash a tank.
>> Anonymous
     File :-(, x)
I'd drill a bolt in and attach a chain to the 300 pounder, to make sure my daughter can't run away.
>> Anonymous
That object would have a density of about 1977 g/cm3, which is about 90 times denser than iridium, the densest material on earth.

Yeah, i did the math.
>> Anonymous
I'd fire it from a high powered cannon... at new york...
>> Anonymous
I would keep them seperate at any cost.
>> Anonymous
i think its probably made of BISMUTH
>> Anonymous
I think you should throw them at each other and see if another BIgBang is created when they collide
>> Anonymous
>>236579
Seriously, I don't get why he's always represented with an australia flag. Is austrian for fucks sake, with a name like Josef Fritzl, it's obvious he's not from australia
>> Anonymous
The balls are made of Dragonforce.
>> Anonymous
>>236627
No as Dragonforce as no balls.
These balls are made of Amon Amarth.
>> Anonymous
Only, it doesn't make a bit of difference, guys. The balls are inert.
>> Anonymous
ITT: Trolls go crazy
>> Anonymous
>>236632
Dragonforce eats shitty bands like Amon Amarth for breakfast.
>> Anonymous
ARMOR FOR SLEEP RULES
>> QQQ 9.0
     File :-(, x)
Eskewz meh, I is an math+science nerd, let me fuck this up for yew.

A tennis ball (3.175cm radius) has a volume of 100.5 cm^3 (cause Vol.globe = pi*r^3).

100lbs = 45kg
300lbs = 136kg

Osmium is the densest non-radioactive substance at 22.61 grams per cm^3. If said tennis ball were made or osmium, it would still weigh a mere 5.10lbs.

Even if it were made out of Hassium (41 times the density of water, half life only 21 sec), it would still only weigh 9lbs.

YOU FAIL AT SCIENCE!

If there were something that heavy, I'd bench press the 300lb one and bicep curl the 100lb one.
>> Anonymous
>>236702
>Vol.globe = pi*r^3

Fail. Fail. Fail.
>> Anonymous
>>236702

(4/3)?r³, natch.
>> ESH !Oj4wGhYfsE
>>236702
>I is an math+science nerd
>I'd bench press the 300lb one and bicep curl the 100lb one.


No, you wouldn't.
>> Anonymous
>>236702

Neutron stars. They are roughly 2tons/cm^3
>> Anonymous
>>236732

I doubt that you would like to bench something that would weigh tens of tons and would be roughly a few million degrees hot.
>> Anonymous
You'd need something with a density of 1000 grams/cm^3. That's really fucking dense.
>> Anonymous
>>236743
>>236702

see

>>236594
>> Anonymous
>>236732
Try 10^14-10^15 grams per cubic centimeter nigger.
>> Anonymous
>>236594
What value did you use for r?
>> Anonymous
>>236756

o, i just googled the volume of a tennis ball
>> Anonymous
>>236759
Well, Wikipedia has 2.5 inches as the diameter. Which means the radius is 3.175 cm. 3.175^3 = 32. 32*3.14 = 100.5. 100.5*(4/3) = 134 cm^3. 300/2.2 = 136.36 kg. 136.36*1000 = 1363636. 1363636/134 = 1017.6. Do I suck at math or something?
>> Anonymous
>>236753

So its somewhere between 0.1 gg/cm^3 to 1 gg/cm^3, holy mother fucking shit.
>> Anonymous
so how is this related to /fit/?
>> Anonymous
>>236702

Curl 100 pounds
Alright thar buddy.