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Use the REGRESSION Feature on a Graphing Calculator

Question 154

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Use the REGRESSION feature on a graphing calculator.
-A strain of E-coli Beu-recA441 is placed into a petri dish at 30°Celsius and allowed to grow. The following data are collected. Theory states that the number of bacteria in the petri dish will initially grow according to the law
Of uninhibited growth. The population is measured using an optical device in which the amount of light that
Passes through the petri dish is measured. Use the REGRESSION feature on a graphing calculator. -A strain of E-coli Beu-recA441 is placed into a petri dish at 30°Celsius and allowed to grow. The following data are collected. Theory states that the number of bacteria in the petri dish will initially grow according to the law Of uninhibited growth. The population is measured using an optical device in which the amount of light that Passes through the petri dish is measured. Find the exponential equation in the form , where x is the hours of growth. Round to four decimal Places. A) B) C) D) Find the exponential equation in the form Use the REGRESSION feature on a graphing calculator. -A strain of E-coli Beu-recA441 is placed into a petri dish at 30°Celsius and allowed to grow. The following data are collected. Theory states that the number of bacteria in the petri dish will initially grow according to the law Of uninhibited growth. The population is measured using an optical device in which the amount of light that Passes through the petri dish is measured. Find the exponential equation in the form , where x is the hours of growth. Round to four decimal Places. A) B) C) D) , where x is the hours of growth. Round to four decimal
Places.


A) Use the REGRESSION feature on a graphing calculator. -A strain of E-coli Beu-recA441 is placed into a petri dish at 30°Celsius and allowed to grow. The following data are collected. Theory states that the number of bacteria in the petri dish will initially grow according to the law Of uninhibited growth. The population is measured using an optical device in which the amount of light that Passes through the petri dish is measured. Find the exponential equation in the form , where x is the hours of growth. Round to four decimal Places. A) B) C) D)
B) Use the REGRESSION feature on a graphing calculator. -A strain of E-coli Beu-recA441 is placed into a petri dish at 30°Celsius and allowed to grow. The following data are collected. Theory states that the number of bacteria in the petri dish will initially grow according to the law Of uninhibited growth. The population is measured using an optical device in which the amount of light that Passes through the petri dish is measured. Find the exponential equation in the form , where x is the hours of growth. Round to four decimal Places. A) B) C) D)
C) Use the REGRESSION feature on a graphing calculator. -A strain of E-coli Beu-recA441 is placed into a petri dish at 30°Celsius and allowed to grow. The following data are collected. Theory states that the number of bacteria in the petri dish will initially grow according to the law Of uninhibited growth. The population is measured using an optical device in which the amount of light that Passes through the petri dish is measured. Find the exponential equation in the form , where x is the hours of growth. Round to four decimal Places. A) B) C) D)
D) Use the REGRESSION feature on a graphing calculator. -A strain of E-coli Beu-recA441 is placed into a petri dish at 30°Celsius and allowed to grow. The following data are collected. Theory states that the number of bacteria in the petri dish will initially grow according to the law Of uninhibited growth. The population is measured using an optical device in which the amount of light that Passes through the petri dish is measured. Find the exponential equation in the form , where x is the hours of growth. Round to four decimal Places. A) B) C) D)

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