Liquid drains into a tank at the rate \frac{3}{t+5} units per minute. If the tank is empty when $t = 0$ and can hold 4 units, at what time will it be completely full? $\bigcirc$ a) $t = 4.7$ $\bigcirc$ b) $t = 2.1$ $\bigcirc$ c) $t = 1.2$ $\bigcirc$ d) $t = 14

          Liquid drains into a tank at the rate \frac{3}{t+5} units per minute. If the tank is empty when $t = 0$ and can hold 4 units, at what time will it be completely full?
$\bigcirc$ a) $t = 4.7$
$\bigcirc$ b) $t = 2.1$
$\bigcirc$ c) $t = 1.2$
$\bigcirc$ d) $t = 14

Liquid drains into a tank at the rate (3)/(t+5) units per minute. If the tank is empty when t = 0 and can hold 4 units, at what time will it be completely full?
◯ a) t = 4.7
◯ b) t = 2.1
◯ c) t = 1.2
◯ d) t = 14

Added by Bethany L.

Calculus: Early Transcendentals

James Stewart 8th Edition

Instant Answer

Solved by Expert Jonathon Brumley

07/27/2020

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Step 1: The rate at which liquid drains into the tank is given by (3)/(t+5) units per minute. Show more…

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Liquid drains into a tank at the rate (3)/(t+5) units per minute. If the tank is empty when t=0 and can hold 4 units, at what time will it be completely full? a) t=4.7 b) t=2.1 c) t=1.2 d) t=14 3 Liquid drains into a tank at the rate units per minute. If the tank is empty when t+5 t = 0 and can hold 4 units, at what time will it be completely full? O a) t = 4.7 O b) t = 2.1 O c) t = 1.2 O d) t = 14