A gas is stores in a spherical tank (v=1.33 pie r^3 cubed)having a diameter of 1

Question

A gas is stores in a spherical tank (v=1.33 pie r^3 cubed)having a diameter of 10.0 ft. An unknown gas is contained in thetank with a density of 0.74 g/L. Answer the following:
What is the volume of the tank in dm? What is the mass of the gasin the tank expressed in mg? A gas is stores in a spherical tank (v=1.33 pie r^3 cubed)having a diameter of 10.0 ft. An unknown gas is contained in thetank with a density of 0.74 g/L. Answer the following:
What is the volume of the tank in dm? What is the mass of the gasin the tank expressed in mg?

Explanation / Answer

Given Diameter , d = 10 ft               Radius , r = d / 2 = 5 ft                                = 5 * 3.048 dm    Since 1 ft =3.048 dm density of gas = 0.74 g / L                            = 0.74 g / ( 1000 cm ^ 3 )                            = 0.74 g / ( 1000 * (0.1 dm) ^ 3 )                            = 0.74 g / dm ^ 3 Volume of spherical tank V = ( 4/ 3 ) r ^ 3                                               = 14826.66 dm ^ 3 Mass of the gas M = Density * Volume                                  = V                                 = 10971.73 g                               = 10971.73 * 1000 mg                                = 1.097173 * 10 ^ 7 mg

Related Questions

Navigate

• Browse (All)
• Browse A
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.