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SciCode / 49.2 / Write a function that that computes the right hand side of the evolution…

Problem

Answer published by the source. Consult the official source to check your work against its answer.

step background

Background Newton's second law relates force acting on body and its acceleration

\vec{F} = m \vec{a}

where

m

is the body's mass,

\vec{a}

the acceleration it experiences and

\vec{F}

is the applied force.

Plain-text mathematical notation (without MathML)

Background
Newton's second law relates force acting on body and its acceleration

(F)→=m(a)→

where m is the body's mass, (a)→ the acceleration it experiences and (F)→ is the applied force.

Original LaTeX notation

Background
Newton's second law relates force acting on body and its acceleration

$$
\vec{F} = m \vec{a}
$$

where $m$ is the body's mass, $\vec{a}$ the acceleration it experiences and $\vec{F}$ is the applied force.

step description prompt

Write a function that that computes the right hand side of the evolution equations given the current states `uin`. Make use of the fact that the right hand side for position is the velocity and the right hand side for velocity is acceleration. Use Newton's second law and the function `Nbody_Fij` described above to compute accelaration.

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Source and history

upstream_id / Original problem ID: 49.2
task_id: 0b15f130-4f4d-57d7-a652-f621b7527664
task_key: dev--38b5a2e7-b9f1-5c81-aa87-6c04903a3eb1--49~2e2
task_revision_id: 2
config / split: / dev

Official source

initial import