Well, the Monod Eqn I see is
Here Ks is the half-saturation coefficient, defined as the substrate concentration at which mu is half mu max. As such, the LOWER it is, the sooner mu approaches mu max. This is because as Ks becomes small, (Ks + S) approaches the values of S. Then S / (Ks + S) approaches 1.
For the same reason, mu approaches mu max when S is LARGE, because then the value of S overwhelms Ks, and S / (Ks + S) again approaches 1.
http://home.eng.iastate.edu/~tge/ce421-521/GC3c.pdf
A mathematical statement used to evaluate a value. An equation can use any combination of mathematical operations, including addition, subtraction, division, or multiplication. An equation can be already established due to the properties of numbers (2 + 2 = 4), or can be filled solely with variables which can be replaced with numerical values to get a resulting value. For example, the equation to calculate return on sales is: Net income ÷ Sales revenue = Return on Sales. When the values for net income and sales revenue are plugged into the equation, you are able to calculate the value of return on sales.
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1. Linear Equations y= mx + b (standard form of linear equation)
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5. Quartic Equations y= ax^4+ bx^3+ cx^2+ dx+ e
6. Equation of a circle (x-h)^2+(y-k)^2= r^2
7. Constant equation y= 9 (basically y has to equal a number for it to be a constant equation).
8. Proportional equations y=kx; y= k/x, etc.
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