what is k and r for each condition? K (carrying capacity): can be estimated by finding the point where the growth curve levels off. Take the average of this data point and all data collected beyond this point to estimate k (note: if the bacteria population is still growing, you can just take the last value of data for k. r: choose any two points at the log phase of growth. Then use the r formula. Just choose two waste conditions for r and k calculation so I can get the idea of how to do this, thanks. Minutes0105345178519052025214522652385322533453465ETOH-0%0.0080.030.0900.340.3890.480.6150.7860.6730.5120.5860.809ETOH-33% ETOH-66%0.0220.0380.0690.2320.2520.30.4390.5370.4920.5540.5320.5820.0430.0530.1220.2130.2370.2530.3680.4240.4870.4410.5460.894Table for population growth of bacteria with threedifferent levels of waste.absorbance at 600 nm10.90.80.70.60.50.40.30.20.1005001000ETOH-0%15002000MinutesETOH-33%25003000ETOH-66%35004000 r =In ABS2 In ABS1(t2-t1)

The presence of limited energy in the organisms for spending on basic metabolic needs, reproduction,…

what is k and r for each condition? K (carrying capacity): can be estimated by finding the point where the growth curve levels off. Take the average of this data point and all data collected beyond this point to estimate k (note: if the bacteria population is still growing, you can just take the last value of data for k. r: choose any two points at the log phase of growth. Then use the r formula. Just choose two waste conditions for r and k calculation so I can get the idea of how to do this, thanks.

what is k and r for each condition? K (carrying capacity): can be estimated by finding the point where the growth curve levels off. Take the average of this data point and all data collected beyond this point to estimate k (note: if the bacteria population is still growing, you can just take the last value of data for k. r: choose any two points at the log phase of growth. Then use the r formula. Just choose two waste conditions for r and k calculation so I can get the idea of how to do this, thanks.

Curren'S Math For Meds: Dosages & Sol

11th Edition

ISBN:9781305143531

Author:CURREN

Publisher:CURREN

Chapter1: Relative Value, Addition, And Subtraction Of Decimals

Section: Chapter Questions

Problem 4.1P

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