by What a emo October 26, 2017
When someone you would prefer not to talk to, engages you in an Extended one-sided conversation, that the only possible response is to say uh huh and let them keep talking.
usually it works like this
person 1: "hey man did you hear that that watchman movies out this friday?"
Person 2: "yeah man im not sure if thats gonna be good tho."
Person 3(forcer): "omg that movies gonna be good it gonna... bla bla bla bla bla"(you so dont care)
Person 1 & 2: "uh huh"
Person 3: bla bla bla bla
Person 1 & 2: "uh huh"
usually it works like this
person 1: "hey man did you hear that that watchman movies out this friday?"
Person 2: "yeah man im not sure if thats gonna be good tho."
Person 3(forcer): "omg that movies gonna be good it gonna... bla bla bla bla bla"(you so dont care)
Person 1 & 2: "uh huh"
Person 3: bla bla bla bla
Person 1 & 2: "uh huh"
by Da_Mad-Hatter March 06, 2009
A delicious concoction made in a five-gallon cooler to be consumed at parties. Ingredients are as follows: 1 30-pack of natty light, 1 handle of Aristocrat vodka, Country time lemonade powder (to taste), and 1 2-litre of Sprite. Gets everyone at the party ratchet as fuck.
Dude we made the force for the party last night and everyone got absolutely destroyed. Shit got real.
by WarDamnForce August 23, 2012
Force = Mass X Acceleration in a linear system. The units of force are kilogram meter per second squared or newtons.
Given that a due to gravity on earth is equal to 9.8 m/s^2 in an MKS system, calculate the force due to gravity on a 100 kg man. The answer is 980 N.
by MadPhysicsMan March 21, 2004
"I probably owe it to y'all,
prolly be locked by the FORCE/
tryin to hustle some things,
there he go with the porsche/"
- Jay-Z "Dirt Off Ya Shoulders"
prolly be locked by the FORCE/
tryin to hustle some things,
there he go with the porsche/"
- Jay-Z "Dirt Off Ya Shoulders"
by shortyduwaaap October 11, 2005
It should be noted that while force is not exactly the amount of energy applied to an object, it is the instantaneous amount of energy applied per distance when not balanced by other forces. Forces can consist of troops and their equipment, whose bullets, by the way, transfer enough force to cause damage to most materials.
dE=(F->)*(dx->)
Change in energy of an object in motion is the cross product (sum of component products of two vectors) of the sum of applied forces and the change in position.
Change in energy of an object in motion is the cross product (sum of component products of two vectors) of the sum of applied forces and the change in position.
by oberon August 15, 2004