Much to your mom's distress, you have been raising sand fleas in your bedroom. You want to increase the speed of your sand flea population in hope of breeding a champion who can win the annual Carolina Beach Sand Flea race in August. Your current population's speed is 8.89 feet/second with a standard deviation of 1.51 feetisec. You selected the fastest 5% of your current population to be parents of the next generation. The broad sense and realized heritability values for racing speed in sand fleas are 0.89 and 0.78, respectively. You wish to develop a faster population of sand fleas! What is the truncation point for this experiment in feet/second? Round your answer properly to three decimal digits. Answer Calculate the selection differential in feet/second. Round your answer properly to three decimal digits.

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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Much to your mom's distress, you have been raising sand fleas in your bedroom. You want to increase the speed of your sand flea population in hopes
of breeding a champion who can win the annual Carolina Beach Sand Flea race in August. Your current population's speed is 8.89 feet/second with a
standard deviation of 1.51 feet/sec. You selected the fastest 5% of your current population to be parents of the next generation. The broad sense and
realized heritability values for racing speed in sand fleas are 0.89 and 0.78, respectively. You wish to develop a faster population of sand fleas!
What is the truncation point for this experiment in feet/second? Round your answer properly to three decimal digits.
Answer:
Calculate the selection differential in feet/second. Round your answer properly to three decimal digits.
Answer:
Calculate the mean of the selected patents in feet/second. Round your answer properly to three decimal digits.
Answer:
What is the expected response from selection after one generation in feet/second? Plaase round your answer properly to three decimal digits.
Answer:
What is the average speed for the progeny generation in feet/second? Please round your answer properly to three decimal digits.
Answer:
Transcribed Image Text:Much to your mom's distress, you have been raising sand fleas in your bedroom. You want to increase the speed of your sand flea population in hopes of breeding a champion who can win the annual Carolina Beach Sand Flea race in August. Your current population's speed is 8.89 feet/second with a standard deviation of 1.51 feet/sec. You selected the fastest 5% of your current population to be parents of the next generation. The broad sense and realized heritability values for racing speed in sand fleas are 0.89 and 0.78, respectively. You wish to develop a faster population of sand fleas! What is the truncation point for this experiment in feet/second? Round your answer properly to three decimal digits. Answer: Calculate the selection differential in feet/second. Round your answer properly to three decimal digits. Answer: Calculate the mean of the selected patents in feet/second. Round your answer properly to three decimal digits. Answer: What is the expected response from selection after one generation in feet/second? Plaase round your answer properly to three decimal digits. Answer: What is the average speed for the progeny generation in feet/second? Please round your answer properly to three decimal digits. Answer:
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