Insight diagram
Problem of the sliding chain
Clone of Sliding Chain
Insight diagram
Problem of the sliding chain
Clone of Sliding Chain
Insight diagram
Clone of Nuclear Decay Chain
Insight diagram
Problem of the sliding chain
Clone of Sliding Chain
Insight diagram
Electron in a Coulomb potential (H atom)

W1=-13.6 eV
-13.6 eV electron in a Coulomb potential (H atom)
Insight diagram
Problem of the sliding chain
Clone of Sliding Chain
Insight diagram

OBLIQUE THROW IN VACUUM

A body is thrown obliquely into the vacuum at an initial velocity of 100 m / s, in a direction that forms with the horizontal an angle x, such that sin (x) = 0.8 and cos (x) = 0.6. Adopting g = 10m / s², determine:

(a) the horizontal and vertical velocity component modules at the moment of launch;

(b) the instant at which the body reaches the highest point of its trajectory;

c) the maximum height reached by the body;

d) The range of the throw.

Source: RAMALHO, NICOLAU AND TOLEDO; Fundamentos de Física, Volume 1, 8th edition, pp. 12 - 169, 2003.

This model may be cloned and modified without prior permission of the authors. Thanks for quoting the source.

Lancamento obliquo no vacuo
Insight diagram

Uma empresa de transportes precisa efetuar a entrega de uma encomenda o mais breve possível. Para tanto, a equipe de logística analisa o trajeto desde a empresa até o local da entrega. Ela verifica que o trajeto apresenta dois trechos de distâncias diferentes e velocidades máximas permitidas diferentes. No primeiro trecho, a velocidade máxima permitida é de 80 km/h e a distância a ser percorrida é de 80 km. No segundo trecho, cujo comprimento vale 60 km, a velocidade máxima permitida é 120 km/h. Supondo que as condições de trânsito sejam favoráveis para que o veículo da empresa ande continuamente na velocidade máxima permitida, qual será o tempo necessário, em horas, para a realização da entrega? 

Fonte: Enem 2012

Clique aqui para ver uma descrição do que é Movimento Uniforme.

Movimento Uniforme
Insight diagram
Satteliet om de aarde
Insight diagram
Styrofoam Ball Dynamics Model
Insight diagram
Problem of the sliding chain
Clone of Sliding Chain
Insight diagram
OVERSHOOT GROWTH GOES INTO TURBULENT CHAOTIC DESTRUCTION

The existing global capitalistic growth paradigm is totally flawed

The chaotic turbulence is the result of the concept of infinite bigness this has been the destructive influence on all empires and now shown up by Feigenbaum numbers and Dunbar numbers for neural netwoirks

See Guy Lakeman Bubble Theory for more details on keeping systems within finite limited size working capacity containers (villages communities)

Clone of OVERSHOOT GROWTH INTO TURBULENCE
Insight diagram
Simple periodically driven damped oscillator.
Periodically Driven Damped Oscillator
Insight diagram
Problem of the sliding chain
Clone of Sliding Chain
Insight diagram
Problem of the sliding chain
Clone of Sliding Chain
Insight diagram
Tischtennisball aus 5m Höhe mit und ohne Strömungswiderstand.
Fall mit Luftreibung
Insight diagram
Simple example of a 1D spring "solving" the differential equation using flows (dQ/dt) and stocks (Q). I had to remove "units" because you don't seem to be able to create units, by combining existing units. I needed "N/m" for the spring constant.
Clone of 1D Spring
Insight diagram
Spring-Mass model used in IACS physics class
Clone of Spring-Mass Model
Insight diagram
pg. 50 and 55
2.5 Project 4
Insight diagram
Problem of the sliding chain
Clone of Sliding Chain
Insight diagram
4. Vallen met luchtwrijving en varierende dichtheid
Insight diagram
OEPS clone van opgave 3 niet nodig
Insight diagram
Problem of the sliding chain
Clone of Sliding Chain
Insight diagram
Simulation der Umlaufbahn der Erde um die Sonne
Clone of Kepler Ellipsen