An unknown liquid X is stored in a cylindrical storage tank (bottom diameter: 80 cm). After dropping an unknown metal M (weight: 12,366 N) into the tank, the liquid level increased by 20 cm. What is most approximately the specific gravity of the unknown metal? O 6.96 O 3.17 O 12.54 O 17.32

An unknown liquid X is stored in a cylindrical storage tank (bottom diameter: 80 cm). After dropping an unknown metal M (weight: 12,366 N) into the tank, the liquid level increased by 20 cm. What is most approximately the specific gravity of the unknown metal? O 6.96 O 3.17 O 12.54 O 17.32

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

A sample of hydrogen expands from 435 mL to 956 mL at constant temperature.Calculate the work done (in L-atm and Joules) if it expands against a constant pressureof 1.75 atm
The value of the equivalent area of 160 liters is . . ft^3 O 6.76 O 4.85 5.13 O 5.65 O other answer
An oil of sp. gr. 0.9 is contained in a vessel. At a point the height of oil is 40 m. Find the corresponding height of water at the point.
If the fluid is contained in a long, narrow vessel so it can expand in essentially one direction only, show that the effective coefficient linear expansion a is approximately equal to the coefficient of volume expansion b?
A cylinder of 100 cm height and uniform diameter 'd' floats in water with its axis in vertical position. If the specific gravity of the cylinder material is 0.6, then the minimum permissible value of the diameter so that the cylinder remains in stable equilibrium condition is cm.
What is hardness? Explain hardness test methods. Is there any correlation between hardness and tensile strength? Please explain.
The surface tension of mercury at 60°C is 0.47N/m. What capillary height in mm will occur in this fluid whe in contact with a glass tube of radius 0.3mm? Use 130° for mercury. O 11.5mm fall O 11.5mm rise O 15.1mm fall O 15.1mm rise
A solution of salt has a specific gravity of 1.232. How high (in ft) is a column of this fluid equivalent to 112 psi? Assume zero pressure at the top of this column.
The discharge through a 75mm diameter orifice at the bottom of an open cylindrical tank was measured to be 1930 liter per minute. If the water level inside the tank is constant at 6m, determine the coefficient of discharge. (A) No Answer among the choices B) 0.623 0.671 (D 0.718 E) 0.741