$RAT PvP Clan
Posted: Sat Dec 28, 2019 9:44 am
To apply to the $RAT clan you must first enter this application
Please answer this short questionnaire in complete sentences unless otherwise mentioned
With member reference, no application needed.
What is your main reasoning for joining $RAT?
What other clans have you been in? Please be as specific as possible
Please provide 3 clan related references
What do you bring to the table?
What are your greatest strengths?
What are your greatest weaknesses?
If a conflict between two clan members were to occur, what would your reaction be?
Why do you think you would be a good gingerbread man?
Have you been convicted of a felony or been incarcerated in connection with a felony in the past seven years? If yes, please specify.
What position are you applying for?
What is a B-pile?
Are you a smoker?
Have you even been as far even as decided to do look more like
If North Korea went war against Pakistan?
Post a dat boi that you think I have never seen before
Post the rarest pepe you have?
Which pop culture rodent is your inspiration?
Ideal breakfast?
barack obama hillary clinton and the fish from shark tales are all playing monopoly what piece do you pick?
How much experience have you had in RSB
Which countries will fight the next world war against Islam?
How much experience have you had in RSC
Favorite ice cream topping
Whats the purpose of returning in a fight?
What is a D-dot or DD?
How long have you been playing Runescape?
Please answer the following questions with Strongly Disagree, Disagree, Ok, Maybe
Consider the 2d isotropic oscillator. There are two different U(1) = SO(2) group actions on this problem, with corresponding operators: The rotation action on position space, with a simultaneous rotation action on momentum space. The operator here will be the angular momentum operator Q1P2 - Q2P1 given in the notes. • Simultaneous rotations in the q1, p1 and q2, p2 planes. The operator here will be the Hamiltonian. For each case, the state space F2 will be a representation of the group U(1) = SO(2). For each energy eigenspace, which irreducible representations (weights) occur? SHOW ALL WORK
$RAT is the best clan on this server
I could see myself in the $RAT clan 5 years from now
Mechanical Tests
Provide screenshots of the following:
10 trials of http://www.humanbenchmark.com/tests/reactiontime (a total of 50 attempts)
10 trials of http://www.aimbooster.com/ challenge mode
Please answer this short questionnaire in complete sentences unless otherwise mentioned
With member reference, no application needed.
What is your main reasoning for joining $RAT?
What other clans have you been in? Please be as specific as possible
Please provide 3 clan related references
What do you bring to the table?
What are your greatest strengths?
What are your greatest weaknesses?
If a conflict between two clan members were to occur, what would your reaction be?
Why do you think you would be a good gingerbread man?
Have you been convicted of a felony or been incarcerated in connection with a felony in the past seven years? If yes, please specify.
What position are you applying for?
What is a B-pile?
Are you a smoker?
Have you even been as far even as decided to do look more like
If North Korea went war against Pakistan?
Post a dat boi that you think I have never seen before
Post the rarest pepe you have?
Which pop culture rodent is your inspiration?
Ideal breakfast?
barack obama hillary clinton and the fish from shark tales are all playing monopoly what piece do you pick?
How much experience have you had in RSB
Which countries will fight the next world war against Islam?
How much experience have you had in RSC
Favorite ice cream topping
Whats the purpose of returning in a fight?
What is a D-dot or DD?
How long have you been playing Runescape?
Please answer the following questions with Strongly Disagree, Disagree, Ok, Maybe
Consider the 2d isotropic oscillator. There are two different U(1) = SO(2) group actions on this problem, with corresponding operators: The rotation action on position space, with a simultaneous rotation action on momentum space. The operator here will be the angular momentum operator Q1P2 - Q2P1 given in the notes. • Simultaneous rotations in the q1, p1 and q2, p2 planes. The operator here will be the Hamiltonian. For each case, the state space F2 will be a representation of the group U(1) = SO(2). For each energy eigenspace, which irreducible representations (weights) occur? SHOW ALL WORK
$RAT is the best clan on this server
I could see myself in the $RAT clan 5 years from now
Mechanical Tests
Provide screenshots of the following:
10 trials of http://www.humanbenchmark.com/tests/reactiontime (a total of 50 attempts)
10 trials of http://www.aimbooster.com/ challenge mode