SOLUTION: At a factory, the number of items N that a newly hired worker can assemble per hour can be modeled by the equation N = 14.6 ln(t + 1), where t is the number of weeks after the work
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-> SOLUTION: At a factory, the number of items N that a newly hired worker can assemble per hour can be modeled by the equation N = 14.6 ln(t + 1), where t is the number of weeks after the work
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Question 92274: At a factory, the number of items N that a newly hired worker can assemble per hour can be modeled by the equation N = 14.6 ln(t + 1), where t is the number of weeks after the worker is hired. How many items per hour can the worker assemble after working at the factory for 6 weeks? Answer by ankor@dixie-net.com(22740) (Show Source):
You can put this solution on YOUR website! At a factory, the number of items N that a newly hired worker can assemble per hour can be modeled by the equation N = 14.6 ln(t + 1), where t is the number of weeks after the worker is hired. How many items per hour can the worker assemble after working at the factory for 6 weeks?
:
N = 14.6 ln(t + 1)
:
Substitute 6 for t:
N = 14.6 * ln(6+1)
:
N = 14.6 * ln(7)
:
N = 14.6 * 1.946; found nat log of 7
:
N = 28 items per hour
