Linear Algebra - Abstract Vector spaces: An enzyme follows Michaelis-Menten kine

Question

Linear Algebra - Abstract Vector spaces:

An enzyme follows Michaelis-Menten kinetics. By constructing a double reciprocal (Lineweaver-Burk) plot using the data given in the Table, calculate the K_m and V_max for the enzyme Using the inhibitor data given in the Table, and by plotting the data onto the double reciprocal plot you have already constructed, determine the type of inhibition and the K, for the inhibitor. You can use graphing software, such as Excel, or graph paper to plot the graph. However, you need to also present a table of the values you used to make the graph.

Explanation / Answer

The total number of elements in mn.. Assume we have q elements defined.

Then total number of choices is qmn , which is the dimension.

For example if the field F is defined over binary number, the choices are 0 and 1. So, q = 2 and the dim is 2mn

Basis is the matrix with single entry as 1 and the rest as zeroes for each of the mn different matrices.

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