1. You need a cylinder that can contain an amount of liquid. Measure the maximum amount of water that your cylinder can contain in cm 3 and ml. 2. Measure the dimensions of your cylinder (h and d) in cm. 3. Solve for the volume of your cylinder. 4. Record all results in the table provided. Table 1. Dimensions and capacity of the cylinder Capacity in cm 3 Capacity in ml Circumference Diameter Volume

1. You need a cylinder that can contain an amount of liquid. Measure the maximum amount of water that your cylinder can contain in cm 3 and ml. 2. Measure the dimensions of your cylinder (h and d) in cm. 3. Solve for the volume of your cylinder. 4. Record all results in the table provided. Table 1. Dimensions and capacity of the cylinder Capacity in cm 3 Capacity in ml Circumference Diameter Volume

Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)

5th Edition

ISBN:9781305084766

Author:Saeed Moaveni

Publisher:Saeed Moaveni

Chapter10: Force And Force-related Variables In Engineering

Section: Chapter Questions

Problem 23P

See similar textbooks

Similar questions

SAE 30 oil is contained in a cylinder with inside diameter of 1 in. and length of 1 ft. What is the pressure required to decrease the volume of the oil by 2%?
The outside diameter of a right circular cylindrical tank is 3,000 mm and its height is 6,000 mm. If the thickness of the tank is ¼ inch, calculate the capacity in gallons.
Q1: Given the following quantities Q= discharge, ∆? ? = pressure drop per unit length, ?= viscosity, D= diameter Use Buckingham theorem to find an expression relates Q with the other quantities.
SHOW UNIT CANELLATION AS WELL AS STEP BY STEP SOLUTION. ANSWERS MUST BE IN 4 DECIMAL PLACES INCLUDING YOUR FINAL ANSWER. A 10 m diameter cylindrical tank has a height of 5 m and is full of water at 20°C. (Unit weight= 9,879 kN/m³) If the water is heated to a temperature of 50°C (Unit weight= 9.689 KN/m³), solve for. a. The weight of the water at its initial temperature in kgr b. The volume of the water when heated to its final temperature in cm³ c. The volume of water that will spill over the edge of the tank in cm³.
As shown in the figure, water flows in the horizontal pipe. The pipe consists of two different sections, 60 mm and 30 mm in diameter, connected by a smooth reduction. The pressure difference between the two sections is measured with a mercury manometer. Friction effects are neglected. The height between the mercury levels in the two sections of the pipe was determined as 1.4m. Find the velocity and mass flow at points 1 and 2. (Density of mercury: 13.6 grams / cm3, Density of water: 1gr / cm3)
A container is filled with different layers of various liquids, as shown in the figure,Determine: a) the pressure difference between the top surface and the bottom of the cylinder and b) the pressureabsolute at the bottom of the cylinder if the atmospheric pressure is equal to 100Kpa. solve step by step
Solve last three parts where density of fluid is 900kg/m3
Please provide a clear solution. Thank you! If a certain liquid weighs 6.80 kN/m³. Compute the following: a)Mass density in kg/m³ b)Specific volume c)Specific gravity relative to water at 20°C?
Determine the specific volume in m3/kg of a fluid with specific gravity of 2.5
Show complete solutions and figures. The shown tank with an attached manometer contains water unit weight is 9.79 kN/cu.m.at 200oC. The atmospheric pressure is 100kPa. There is a valve located 1m from the surface of the water in the manometer. The valve is closed trapping the air in the manometer, and the water is added to the tank to the level of the valve. Find the increase in the elevation of the water in the manometer assuming the air in the manometer is compressed isothermally. a) 101.3mm b) 92.7mm c) 73.2mm d) 82.4mm e) None
Oil flows through a pipe as shown in the figure below. The coefficient of discharge for the orifice in the pipe is 0.85. What is the discharge of oil in the pipe in L/s?
Need answer ASAP. Please show your solution in detailed and clear. I. If a certain liquid weighs 6.80 kN/m³. Compute the following: 1) Mass density in kg/m³ . 2) Specific volume 3) Specific gravity relative to water at 20°C?