Two liquids of different densities (ρ 1 = 1550 kg m /m 3 and ρ 2 = 550 kg m /m 3 ) are poured together in a cylindrical container 0.5 m in diameter x 1 m height. If the resulting density of the mixture is 850 kg m m 3 , determine a) the mass of each liquid inside the tank (kg m ), b) the weight of the mixture in kg f if g = 9.79 m/

Two liquids of different densities (ρ 1 = 1550 kg m /m 3 and ρ 2 = 550 kg m /m 3 ) are poured together in a cylindrical container 0.5 m in diameter x 1 m height. If the resulting density of the mixture is 850 kg m m 3 , determine a) the mass of each liquid inside the tank (kg m ), b) the weight of the mixture in kg f if g = 9.79 m/

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Two liquids of different densities (ρ1 = 1550 kgm/m3 and ρ2 = 550 kgm/m3) are poured together in a cylindrical container 0.5 m in diameter x 1 m height. If the resulting density of the mixture is 850 kgmm3 , determine a) the mass of each liquid inside the tank (kgm), b) the weight of the mixture in kgf if g = 9.79 m/s2 .
Two liquids of different densities (ρ1=1550 kgm /m3 and ρ2=550 kgm /m3 ) are poured together in a cylindrical container 0.5 m in diameter x 1 m height. If the resulting density of the mixture is 850 kgmm3, determine a) the mass of each liquid inside the tank (kgm), b) the weight of the mixture in kgf if g =9.79 m/s2 . (Final answers should be rounded off to the fourth decimal) (Please show complete solution)
Supposing two liquids of different densities ρ=1750 kg/m3 and ρ=500 kg/m3 were poured together inside a 100L tank, filling it. If the resulting density of the mixture is 750 kg/m3, find (a) the mass and volume of each liquids used, (b) the weight of the mixture if the local acceleration due to gravity is g=9.81 m/s2.
A container is filled with a mixture of 2 fluids having densities of 3 kg/L (fluid A) and 400 kg/m^3 (fluid B). What will be the overall density (in g/cm^3) of the mixture if 1/3 of the container is filled with fluid A and 1/2 is filled with fluid B?
Two liquids of different densities ρ= 1500 kg/m³ and ρ= 500 kg/m³ are poured together into a 100-liter tank until it was full. The resulting density of the mixture is 800 kg/m³. Find the respective quantities of liquid in kg. Determine the weight of the mixture if the acceleration due to gravity is 9.75 m/s².
11. 100 g of water are mixed with 150 g of alcohol (). What is the specific gravity of the resulting mixtures, assuming the fluids mixed completely.
QUESTION1 1.1 Name and explain three forms of density ?1.2 A mixture of two liquids of equal volume is made; the one has a relative density of 0.8 and the other a density of 980 kg/m3. What will be the weight of 2 500 liters?
Question 2 2.1 A mixture of two different liquids A and B is made.Liquid a has a relative density of 0.8 and liquid b has a density of 900 kg/m3.The mixture is made up per volume, with 3 parts of liquid A and 2 parts of liquid B.What will be the weight of 2000 litres of the mixture.
1.)Answer the following: a.) 200 grams of water are mixed with 100 grams of alcohol (ρ = 790 kg/m3). What is the density of the mixture in kg/m3 assuming the fluid is mixed completely? b.) A 10 lbm metal ball has a temperature of 200F when it is placed in a 50 lbm bath of water at room temperature (72F). Heat transfer occurs between the two substances until equilibrium is reached. Find this equilibrium temperature. (Cmetal = 4.3 BTU/lbm –F)
A filtration system is used to separate sand from other matter.14 kg of mixture A and 37 kg of mixture B are placed in a separator system. The system outputs30 kg of pure sand and an unknown amount of waste that contains 4.7% of sand (by mass).Determine the mass of sand in mixture A (in kg) if the mass of sand in mixture B is 2.69 timesthe mass of sand in mixture A.
Two hundred kg of water is added to 4000kg of alcohol with specific gravity of 0.8. Determine the specific volume after mixing (m³/kg)
(5) A mixture of two liquids occupies a total volume of 1 m3. Fluid A has a density of 860 kg/m3 whereas fluid B has a specific gravity of 1.08. The mass of fluid A present in the mixture is thrice the mass of fluid B. Determine the total mass of the system as well as the volume occupied by fluid A.