1. During the dry season, a state extensively cultivates maize crops. The average weight (in kg) of the harvested crops is modelled by h(x, y, z) = 240 + y²ln(√√2x − 2) – 72, where x is the average amount of rainfall, y is the amount of nitrogen in the soil, and z is the number of plants infected by several vector-borne viruses. a. What is the total average weight of the harvested maize crops at the end of the planting season if y = 2.86, x = 32, and z = 8 e? b. Compute for h(0, 0, 0). Justify your result. c. Find the domain of the function h.

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ISBN:9780470458365
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Chapter2: Second-order Linear Odes
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1. During the dry season, a state extensively cultivates maize crops. The
average weight (in kg)
of the harvested crops is modelled by h(x, y, z) = 240 + y²ln(√√2x − 2) – 72, where x is the
average amount of rainfall, y is the amount of nitrogen in the soil, and z is the number of plants
infected by several vector-borne viruses.
a. What is the total average weight of the harvested maize crops at the end of the planting
season if
y =
2.86, x= 32, and z = 8-e?
b. Compute for h(0, 0, 0). Justify your result.
c. Find the domain of the function h.
Transcribed Image Text:1. During the dry season, a state extensively cultivates maize crops. The average weight (in kg) of the harvested crops is modelled by h(x, y, z) = 240 + y²ln(√√2x − 2) – 72, where x is the average amount of rainfall, y is the amount of nitrogen in the soil, and z is the number of plants infected by several vector-borne viruses. a. What is the total average weight of the harvested maize crops at the end of the planting season if y = 2.86, x= 32, and z = 8-e? b. Compute for h(0, 0, 0). Justify your result. c. Find the domain of the function h.
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