Please show the complete solution and all final answers should be rounded off to 4 decimal places. 1. The weight of a piece of metal is 225 Ib; at a location where gravitational acceleration is 31 ft/s?. Findthe weight of the metal in Ib; and the mass of the metal in Ibm if it will be placed on the surface of themoon whereg is 5.5 ft/s².2. Two liquids of different densities (p, = 1550 kg,/m³ and p2= 550 kgm/m³) are poured together in acylindrical 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 kg, if g = 9.79m/s?.

Given data: Weight of a piece of metal when g1 = 31 ft/s2 W1 = 225 lbf Gravitational Acceleration on…

The weight of a piece of metal is 225 Ib; at a location where gravitational acceleration is 31 ft/s?. Find the weight of the metal in Ib; and the mass of the metal in Ibm if it will be placed on the surface of the moon whereg is 5.5 ft/s?.

The weight of a piece of metal is 225 Ib; at a location where gravitational acceleration is 31 ft/s?. Find the weight of the metal in Ib; and the mass of the metal in Ibm if it will be placed on the surface of the moon whereg is 5.5 ft/s?.

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter15: Fluid Mechanics

Section: Chapter Questions

Problem 69P

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Please show the complete solution and all final answers should be rounded off to 4 decimal places.

1. The weight of a piece of metal is 225 Ib; at a location where gravitational acceleration is 31 ft/s?. Find
the weight of the metal in Ib; and the mass of the metal in Ibm if it will be placed on the surface of the
moon whereg is 5.5 ft/s².
2. Two liquids of different densities (p, = 1550 kg,/m³ and p2= 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 kg, if g = 9.79
m/s?.

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