The answer to this question is 1,193,400,00 ml of gasoline. We can reach this conflusion through the following equation:
3.9
x 10^3 10 x 10 x 103.9 x 1,0003,900 ml per second. Then, to work out
how many ml are burned in a minute, multiply 3,900 by 60. Therefore, we
can establish that ne commercial airplane burns around 234,000 ml of
gasoline per minute. Next, consider the equation 5.1 x 10^35.1 x 10 x 10
x 105.1 x 1,0005,100. From this, we can work out that 5,100 airplanes
burn 1,193,400,000 ml of gasoline in one minute.
The height of the cylinder (glass 1) we call h so the volume is 4πh cc. The volume of the cone is ⅓×2.5²×6π=12.5π cc. If we divide 60 by π we get 19.11 cc approx. So 4h+12.5=19.11, 4h=6.61 cc and h=1.7 cm approx, answer 2.
