An orange grower wishes to compute the average yield from her orchard. The orchard contains three varieties of trees: 52% of her trees are of variety A, 23% of variety B, and 25% of variety C. The orange grower takes a survey by sampling a certain number of trees of each variety. suppose that in her survey, she found that each tree of variety A averages 120 oranges, each tree of variety B averages 70 oranges, and each tree of variety C averages 90 oranges. Estimate the average yield per tree of her orchard. Round to the nearest whole number.
An orange grower wishes to compute the average yield from her orchard. The orchard contains three varieties of trees: 52% of her trees are of variety A, 23% of variety B, and 25% of variety C. The orange grower takes a survey by sampling a certain number of trees of each variety. suppose that in her survey, she found that each tree of variety A averages 120 oranges, each tree of variety B averages 70 oranges, and each tree of variety C averages 90 oranges. Estimate the average yield per tree of her orchard. Round to the nearest whole number.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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An orange grower wishes to compute the average yield from her orchard. The orchard contains three varieties of trees: 52% of her trees are of variety A, 23% of variety B, and 25% of variety C. The orange grower takes a survey by sampling a certain number of trees of each variety.
suppose that in her survey, she found that each tree of variety A averages 120 oranges, each tree of variety B averages 70 oranges, and each tree of variety C averages 90 oranges. Estimate the average yield per tree of her orchard. Round to the nearest whole number.
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