Quite simple. The question stem states that an object is completely immersed in water. Since the object is fully submerged, we have to take the WHOLE volume of the object into account. First, find the …

Volume of pyramid V = (1/3) (A_t * h ) ~~ color (purple) (5.1746) Given : Triangle corners A (3,8), B (4,9), C (5,6), height of pyramid h = 7. To find volume of ...

Volume: "2750 in"""^3 You're going to have to play around with the units given to you to get them to match those required for the volume of the silver bar. Notice that silver's density is given to you in …

"170 mL" Your strategy here will be to write a balanced chemical equation for this single replacement reaction use the molar volume of a gas at STP to find the number of moles of hydrogen gas present …

"120 L" The idea here is that you need to use the vapor density of ammonia, "NH"_3, to determine its molar mass, then use this to find how many moles of ammonia you have in that sample. At this point, …

Cup B will be filled 19cm high Find the volume of each cup using the formula V=πr^2h/ 3. Leave the answers in terms of pi so that the answer does not get rounded prematurely. If Cup A is filled with …

The volume of the can is 1,507.3 cubic cm. Height of the can = 9 cm Radius of the can = 7.3 cm Volume of the can = pir^2h = 3.14 x 7.3 cm x 7.3 cm x 9 cm = 1,505.9 cubic cm

Feb 25, 2018 · We cannot find the definite volume given your conditions, as the volume also depends on the pressure and the temperature. Given: 0.4 moles of O2 atoms Let's use the standard conditions …

Dec 16, 2017 · D First of all you need to find the volume that the vapour would occupy at 273 K. To get the no. of moles we divide this by sf (22.4color (white) (x)dm^3) .

How to find the volume of a solid that is enclosed by y=x^ (2) and y=x^ (1/2), and revolved around x=-6?