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![LaTeX] Write partial differential equation (Ex. dQ/dt=ds/dt) with partial derivative signs – Liping's playground LaTeX] Write partial differential equation (Ex. dQ/dt=ds/dt) with partial derivative signs – Liping's playground](http://personalinterests.lipingyang.org/wp-content/uploads/2017/03/img_58cd62aa60a62.png)
LaTeX] Write partial differential equation (Ex. dQ/dt=ds/dt) with partial derivative signs – Liping's playground
![How can I simulate a differential equation system with different "t" (time) scale using Matlab or Mathematica? | ResearchGate How can I simulate a differential equation system with different "t" (time) scale using Matlab or Mathematica? | ResearchGate](https://www.researchgate.net/profile/Luciano-Chaves-6/post/How_can_I_simulate_a_differential_equation_system_with_different_t_time_scale_using_Matlab_or_Mathematica/attachment/59d622676cda7b8083a1c081/AS%3A273846416936961%401442301481653/image/System.jpg)
How can I simulate a differential equation system with different "t" (time) scale using Matlab or Mathematica? | ResearchGate
![SOLVED: Solve the differential equation subject to the initial conditions: (dy)/(dx) + Axy = 8x, y = 18 when x = 0. A) y = -2 + 2e^x^2 B) y = -2 + SOLVED: Solve the differential equation subject to the initial conditions: (dy)/(dx) + Axy = 8x, y = 18 when x = 0. A) y = -2 + 2e^x^2 B) y = -2 +](https://cdn.numerade.com/ask_images/a30eb58dd7834650a2767ff95b01fbcc.jpg)
SOLVED: Solve the differential equation subject to the initial conditions: (dy)/(dx) + Axy = 8x, y = 18 when x = 0. A) y = -2 + 2e^x^2 B) y = -2 +
![UCT MAM1000 lecture notes part 37 – differential equations part vi – second order differential equations – Mathemafrica UCT MAM1000 lecture notes part 37 – differential equations part vi – second order differential equations – Mathemafrica](http://i0.wp.com/www.mathemafrica.org/wp-content/uploads/2015/09/exptrig.png?fit=913%2C531)