Lecture 10: Exact Equations
... which fixes “implicitly” y as a function of x, because, at least in principle we should be able to solve (10.1) for y. On the other hand, we can also associate with (10.1) a differential equation by regarding y as a function of x and differentiating (10.1) with respect to x: ...
... which fixes “implicitly” y as a function of x, because, at least in principle we should be able to solve (10.1) for y. On the other hand, we can also associate with (10.1) a differential equation by regarding y as a function of x and differentiating (10.1) with respect to x: ...
The Arrhenius Equation
... Recall that the rate of a chemical reaction increases as the activation energy decreases. In 1889, the Swedish chemist Svante Arrhenius determined that the rate constant k obeys the equation: ...
... Recall that the rate of a chemical reaction increases as the activation energy decreases. In 1889, the Swedish chemist Svante Arrhenius determined that the rate constant k obeys the equation: ...
6.3 – Solving Systems of Linear Equations by Elimination.
... Definition: Elimination Method – Eliminate one of the variables by adding (or subtracting) the equations of the system. ...
... Definition: Elimination Method – Eliminate one of the variables by adding (or subtracting) the equations of the system. ...
