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Part B: Now perform the calculations you set up in part A Round your answer to the nearest whole number It will take _ seconds for the device to release 154 grams of the gas

Part B: Now perform the calculations you set up in part A Round your answer to the-example-1
User Petrit
by
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Step 01: To write the relation, begin using the relation for seconds.


(1s)/(0.25L)

Step 02: To eliminate L, use the other relation, putting the liters in the numerator:


(1L)/(4.3g)\cdot(1s)/(0.25L)

Step 03: Multiply everything by 154g.


154g\cdot(1L)/(4.3g)\cdot(1s)/(0.25L)

Step 04: Multiply the numerators and the denominators.


(154g\cdot1L\cdot1s)/(1\cdot4.3g\cdot0.25L)

Step 05: Multiply the numbers and simplify the units that are in the numerator and in the denominator.


\begin{gathered} (154\cdot1\cdot1g\cdot L\cdot s)/(1\cdot4.3\cdot0.25\cdot g\cdot L) \\ (154s)/(1.075) \\ =143.3s \end{gathered}

Answer: It will take 143.3 seconds.

User Wasigh
by
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