Yet another balloon is inflated to a volume of 434 cm3 using 0.141 moles of dry hydrogen gas. An additional
0.129 grams of hydrogen is then injected into the balloon at constant pressure and temperature. Calculate the
new volume of the balloon (in cm3).
A student weighs 2.046 g of Cu into a 250 mL beaker at the beginning of the experiment. At the end of the experiment 1.374 g Cu is recovered. Calculate the percent loss of Cu.
5. An automobile engine requires a carburetor
or fuel injector to mix the fuel with air. The fuel and air must be mixed in a particular
ratio to achieve maximum efficiency in the combustion of the fuel. What might happen
if the fuel and air mixture is too rich (if there
is too much fuel)?