he crash risk of an intoxicated driver relative to a similar driver with zero blood alcohol is R(x) = 51500x4.14 + 1.09 where x is the blood alcohol level as a percent (0.01 ≤ x ≤ 0.15). Find and compare dR and ΔR for x = 0.08 and dx = Δx = 0.006. [Note: x ≥ 0.08 defines "driving while intoxicated" and R(0.08) = 2.6 means that such a driver is 2.6 times more likely to be involved in an accident than a similar driver who is not impaired.]†
The crash risk of an intoxicated driver relative to a similar driver with zero blood alcohol is
where x is the blood alcohol level as a percent
Find and compare dR and ΔR for
and
[Note:
defines "driving while intoxicated" and
means that such a driver is 2.6 times more likely to be involved in an accident than a similar driver who is not impaired.]†
| dR | = | |
| ΔR | = |
The reproduction function for a whale is estimated to be
where p and
are in thousands. Find the population that gives the maximum sustainable yield, and the size of the yield.
population:
size of the yield:
The crash risk of an intoxicated driver relative to a similar driver with zero blood alcohol is
where x is the blood alcohol level as a percent
Find and compare dR and ΔR for
and
[Note:
defines "driving while intoxicated" and
means that such a driver is 2.6 times more likely to be involved in an accident than a similar driver who is not impaired.]†
| dR | = |
| ΔR | = |
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