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A wannabe programmer.

  • Everything I make is poo. 🚽
  • Israeli Zionist Jew. 🇮🇱
  • All hail St. Ignucius! 🦬

The best answer to fanaticism is liberalism. - Bertrand Russell.

  • 31 Posts
  • 143 Comments
Joined 1 year ago
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Cake day: June 13th, 2024

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  • It may seem boring, but it’s really interesting.

    Please enjoy in the consumption of this public domain content with the word “symmetry” in it.

    Tyger Tyger, burning bright,
    In the forests of the night:
    What immortal hand or eye,
    Could frame thy fearful symmetry?
    
    In what distant deeps or skies,
    Burnt the fire of thine eyes?
    On what wings dare he aspire?
    What the hand, dare sieze the fire?
    
    And what shoulder, & what art,
    Could twist the sinews of thy heart?
    And when thy heart began to beat,
    What dread hand? & what dread feet?
    
    What the hammer? what the chain?
    In what furnace was thy brain?
    What the anvil? what dread grasp,
    Dare its deadly terrors clasp!
    
    When the stars threw down their spears
    And water’d heaven with their tears:
    Did he smile his work to see?
    Did he who made the Lamb make thee
    
    Tyger Tyger burning bright,
    In the forests of the night:
    What immortal hand or eye,
    Dare frame thy fearful symmetry?
    

  • |-------------------------------------------------+-------------------------------------------------------|
    | linear momentum                                 | angular momentum                                      |
    |-------------------------------------------------+-------------------------------------------------------|
    |-------------------------------------------------+-------------------------------------------------------|
    | linear_momentum = mass * linear_velocity        | angular_momentum = angular_inertia * angular_velocity |
    |-------------------------------------------------+-------------------------------------------------------|
    | sum(linear_forces) = mass * linear_acceleration | sum(torques) =                                        |
    |                                                 | angular_inertia * angular_acceleration =              |
    |                                                 | angular_inertia * (delta(omega)/delta(time))          |
    |-------------------------------------------------+-------------------------------------------------------|
    |-------------------------------------------------+-------------------------------------------------------|
    | p = m * v                                       | l = I * omega                                         |
    |-------------------------------------------------+-------------------------------------------------------|
    | sum(F) = m * a                                  | sum(T) =                                              |
    |                                                 | I * alpha =                                           |
    |                                                 | I * (delta(omega)/delta(time))                        |
    |-------------------------------------------------+-------------------------------------------------------|
    
    |-----------------+---------------------+------------------+----------------------|
    | linear variable | linear meaning      | angular variable |                      |
    |-----------------+---------------------+------------------+----------------------|
    |-----------------+---------------------+------------------+----------------------|
    | p               | linear momentum     | l                | angular momentum     |
    |-----------------+---------------------+------------------+----------------------|
    | m               | mass                | I                | angular inertia      |
    |-----------------+---------------------+------------------+----------------------|
    | v               | linear velocity     | omega            | angular velocity     |
    |-----------------+---------------------+------------------+----------------------|
    | F               | force               | T                | torque               |
    |-----------------+---------------------+------------------+----------------------|
    | a               | linear acceleration | alpha            | angular acceleration |
    |-----------------+---------------------+------------------+----------------------|