[S] / mMV0 / m min-1No inhibitorV0 / m min-1[I] = 50 mV0 / m min-1[I] = 100 m0.52.200.480.281.03.980.850.5012.515.553.401.9025.017.833.902.20How do you work out the type of inhibition imposed by the inhibitor and calculate the value of any relevant inhibition constants?Was struggling with this, and would appreciate an explanation, Thanks

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Expert Answer to - [S] / mMV0 / m min-1No inhibitorV0 / m min-1[I] = 50 mV0 / m min-1[I] = 100 m0.52.200.480.

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Solution for - [S] / mMV0 / m min-1No inhibitorV0 / m min-1[I] = 50 mV0 / m min-1[I] = 100 m0.52.200.480.

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(Solved): [S] / mMV0 / m min-1No inhibitorV0 / m min-1[I] = 50 mV0 / m min-1[I] = 100 m0.52.200.480. ...

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[S] / mM	V₀ / μm min^-1 No inhibitor	V₀ / μm min^-1 [I] = 50 μm	V₀ / μm min^-1 [I] = 100 μm
0.5	2.20	0.48	0.28
1.0	3.98	0.85	0.50
12.5	15.55	3.40	1.90
25.0	17.83	3.90	2.20