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Let F Be the Number of Fruit Tree Blossoms (In

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Let f be the number of fruit tree blossoms (in ten thousands) and let b be the number of bees (in hundreds) in an orchard. Suppose f and b satisfy the differential equations Let f be the number of fruit tree blossoms (in ten thousands) and let b be the number of bees (in hundreds) in an orchard. Suppose f and b satisfy the differential equations   and   . Assume f = 3 and b = 1 when t = 0. Use the differential equations to calculate   and   when t = 0, and use these to estimate: A. the number of fruit tree blossoms when t = 1. B. the number of bees when t = 1. and Let f be the number of fruit tree blossoms (in ten thousands) and let b be the number of bees (in hundreds) in an orchard. Suppose f and b satisfy the differential equations   and   . Assume f = 3 and b = 1 when t = 0. Use the differential equations to calculate   and   when t = 0, and use these to estimate: A. the number of fruit tree blossoms when t = 1. B. the number of bees when t = 1. .
Assume f = 3 and b = 1 when t = 0. Use the differential equations to calculate Let f be the number of fruit tree blossoms (in ten thousands) and let b be the number of bees (in hundreds) in an orchard. Suppose f and b satisfy the differential equations   and   . Assume f = 3 and b = 1 when t = 0. Use the differential equations to calculate   and   when t = 0, and use these to estimate: A. the number of fruit tree blossoms when t = 1. B. the number of bees when t = 1. and Let f be the number of fruit tree blossoms (in ten thousands) and let b be the number of bees (in hundreds) in an orchard. Suppose f and b satisfy the differential equations   and   . Assume f = 3 and b = 1 when t = 0. Use the differential equations to calculate   and   when t = 0, and use these to estimate: A. the number of fruit tree blossoms when t = 1. B. the number of bees when t = 1. when t = 0, and use these to estimate:
A. the number of fruit tree blossoms when t = 1.
B. the number of bees when t = 1.

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