Doubt in any step them comment below...i will help you..
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so , rate for 2 gm weight = 1.8697 ml/hr
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QUESTION 3 In the data below obtained in an experiment dealing with energy utilization, w is...
QUESTION 3 In the data below obtained in an experiment dealing with energy utilization, w is the live weight of larvae in grams and r the rate of oxygen consumption in ml/hr. w(grams) 0.020 0.119 0.210 1.32 3.34 5.48 r(ml/hr) 0.180 0.299 0.428 1.15 2.83 4.15 (a) Construct a least-squares function of the form r = bwa, where a and b are constants, to approximate the (10) rate of oxygen consumption when the weight is 2 grams. (b) Compute the...
QUESTION 3 In the data below obtained in an experiment dealing with energy utilization, w is the live weight of larvae in grams and r the rate of oxygen consumption in ml/hr. w(grams) | 0.020 0.119 0.210 r(ml/hr) 0.180 0.299 0.428 1.32 1.15 3.34 5.48 2.83 4.15 (a) Construct a least-squares function of the form r = bwa, where a and b are constants, to approximate the (10) rate of oxygen consumption when the weight is 2 grams. (b) Compute...
QUESTION 3 In the data below obtained in an experiment dealing with energy utilization, w is the live weight of larvae in grams and r the rate of oxygen consumption in ml/hr. w(grams) 0.020 0.119 0.210 1.32 3.34 5.48 r(ml/hr) 0.180 0.299 0.428 1.15 2.83 4.15 (a) Construct a least-squares function of the form r = bw", where a and b are constants, to approximate the (10) rate of oxygen consumption when the weight is 2 grams. (b) Compute the...
QUESTION 3 In the data below obtained in an experiment dealing with energy utilization, w is the live weight of larvae in grams and r the rate of oxygen consumption in ml/hr. w(grams) 0.020 0.119 0.210 1.32 3.34 5.48 r(ml/hr) 0.180 0.299 0.428 1.15 2.83 4.15 (a) Construct a least-squares function of the form r = bw", where a and b are constants, to approximate the (10) rate of oxygen consumption when the weight is 2 grams. (b) Compute the...
In the data below obtained in an experiment dealing with energy utilization, w is the live weight of larvae in grams and r the rate of oxygen consumption in ml/hr. w(grams) | 0.020 0.119 0.210 1.32 3.34 5.48 r(ml/hr) 0.180 0.299 0.428 1.15 2.83 4.15 (a) Construct a least-squares function of the form r = bw", where a and b are constants, to approximate the (10) rate of oxygen consumption when the weight is 2 grams. (b) Compute the error...
numerical analysis QUESTION 3 In the data below obtained in an experiment dealing with energy utilization, w is the live weight of larvae in grams and r the rate of oxygen consumption in ml/hr. w(grams) | 0.020 0.119 0.210 1.32 3.34 5.48 r(ml/hr) 0.180 0.299 0.428 1.15 2.83 4.15 (a) Construct a least-squares function of the form r = bw", where a and b are constants, to approximate the (10) rate of oxygen consumption when the weight is grams. (b)...
QUESTION 3 In the data below obtained in an experiment dealing with energy utilization, w is the live weight of larvae in grams and r the rate of oxygen consumption in ml/hr. w(grams) 0.0200.119 0.210 1.32 3.34 5.48 r(ml/hr) 0.180 0.299 0.428 1.15 2.83 4.15 (a) Construct a least-squares function of the form r = bwa, where a and b are constants, to approximate the (10) rate of oxygen consumption when the weight is 2 grams. (b) Compute the error...