An unknown neuron of a certain logit model predicts 87% probability of raining at 92% relative humidity, and 18% probability of raining at 54% relative humidity. Determine the logistic weights of the neuron which takes the relative humidity as the input and outputs the raining probability. Based on your determined weights predict the probability of raining when the relative humidity reaches 75%. [CO4, 10]|

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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An unknown neuron of a certain logit model predicts 87% probability of raining at 92%
relative humidity, and 18% probability of raining at 54% relative humidity. Determine
the logistic weights of the neuron which takes the relative humidity as the input and
outputs the raining probability. Based on your determined weights predict the probability
of raining when the relative humidity reaches 75%.
[CO., 10]
Transcribed Image Text:An unknown neuron of a certain logit model predicts 87% probability of raining at 92% relative humidity, and 18% probability of raining at 54% relative humidity. Determine the logistic weights of the neuron which takes the relative humidity as the input and outputs the raining probability. Based on your determined weights predict the probability of raining when the relative humidity reaches 75%. [CO., 10]
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