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This document discusses physical properties of fluids including mass density, specific weight, relative density/specific gravity, specific volume, and fluid compressibility. It provides definitions and formulas for calculating these properties. Several example problems are given involving calculating mass density, specific weight, specific gravity, volume, and weight of fluids using given values.

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Pec11 chap 10 airway, ventilation, oxygenation

This document provides an overview of the topics that will be covered in a lesson on airway management, artificial ventilation, and oxygenation. It includes sections on respiration, a review of respiratory system anatomy and physiology, airway assessment, techniques for artificial ventilation, and special considerations for airway management and ventilation in different patient populations. Case studies are presented to demonstrate how to identify threats to life, determine necessary interventions, and select appropriate equipment.

Experimental Investigation and Analysis A Mechanical Properties of Hybrid Pol...

The hybrids composite has emerged and have the potential reinforcement material for composites and thus gain attraction by many researchers. This is mainly due to their applicable benefits have they offer low density, low cost, renewable, biodegradability and environmentally harmless and also comparable mechanical properties with synthetic fiber composites. In the project natural fiber and glass hybrid composites were fabricated by using epoxy resin combination of hand lay-up method and cold press method. Specimen was cut from the fabricated laminate according to the ASTM standard for different experiments for tensile test, flexural text, and impact test. A significant improvement in tensile strength was indicated by the woven fiber glass hybrid composites. In this hybrid composite laminates banana-glass-banana (BGB) and glass-banana-glass (GBG) exhibit higher mechanical properties due to chemical treatment to natural fibers. So, the hybrid composite material shows the highest mechanical properties. This High performance hybrid composite material has extensive engineering applications such as transport industry, aeronautics, naval, automotive industries.

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Constellium high strength crash management systems 20150609

Constellium presented its new generation of high-strength Crash Management Systems at Automotive Engineering Expo 2015. Lionel Chapis, Managing Director of Automotive Structures at Constellium, and Frank Gensty, Director Engineering, Automotive Structures and Industry at Constellium, highlighted how the latest generation of aluminium Crash Management Systems is setting new industry standards.

NATPET Report

1. The document is a cooperative training report submitted by Anas Marwan Kaaki to Yanbu Industrial College covering his 8-week training at the Natural Petrochemical Industrial Company (NATPET) in Yanbu, Saudi Arabia.
2. The report details 5 work orders Kaaki assisted with during his training, providing information on the equipment involved, observed issues, recommendations, work performed, and conclusions. The equipment included a blower, regenerate pump, hydrogen compressor, rotary feeder, and vertical pump.
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Unit 1

This document defines key fluid properties and concepts such as density, pressure, viscosity, and provides examples of calculating various fluid properties from given values. Specifically:
- It defines properties like density, specific weight, specific gravity, viscosity, and types of pressure like atmospheric, gauge and absolute.
- It gives examples of calculating pressure, density, specific weight, specific gravity, viscosity from values like volume, mass, pressure readings.
- Questions calculate properties for various fluids including oil, water, air, based on given volume, mass, pressure, viscosity. Properties calculated include density, specific weight, specific volume, relative density.

Pec11 chap 10 airway, ventilation, oxygenation

This document provides an overview of the topics that will be covered in a lesson on airway management, artificial ventilation, and oxygenation. It includes sections on respiration, a review of respiratory system anatomy and physiology, airway assessment, techniques for artificial ventilation, and special considerations for airway management and ventilation in different patient populations. Case studies are presented to demonstrate how to identify threats to life, determine necessary interventions, and select appropriate equipment.

Experimental Investigation and Analysis A Mechanical Properties of Hybrid Pol...

The hybrids composite has emerged and have the potential reinforcement material for composites and thus gain attraction by many researchers. This is mainly due to their applicable benefits have they offer low density, low cost, renewable, biodegradability and environmentally harmless and also comparable mechanical properties with synthetic fiber composites. In the project natural fiber and glass hybrid composites were fabricated by using epoxy resin combination of hand lay-up method and cold press method. Specimen was cut from the fabricated laminate according to the ASTM standard for different experiments for tensile test, flexural text, and impact test. A significant improvement in tensile strength was indicated by the woven fiber glass hybrid composites. In this hybrid composite laminates banana-glass-banana (BGB) and glass-banana-glass (GBG) exhibit higher mechanical properties due to chemical treatment to natural fibers. So, the hybrid composite material shows the highest mechanical properties. This High performance hybrid composite material has extensive engineering applications such as transport industry, aeronautics, naval, automotive industries.

Automotive Circle Conference: bmw insight edition 2016 - Constellium presenta...

Constellium presented the theme "Stiffness Improved Aluminium Alloys for Automotive Body Sheet Applications"

Tensile Testing Of Polymers

Different industrial techniques employed to determine the tensile strength of variety of polymers and factors that affect these values.

ANALYSIS OF KNUCKLE JOINT

The purpose of this project is to compare the Normal Stresses induced in the Knuckle-Joint due to application of Tensile Force of 12KN by manual calculations and using Ansys Workbench. Also, to find minimum and maximum stress and Deformation in the Joint. In this report, Stresses found analytically are compared with the stresses found by the Analysis Software.

Constellium high strength crash management systems 20150609

Constellium presented its new generation of high-strength Crash Management Systems at Automotive Engineering Expo 2015. Lionel Chapis, Managing Director of Automotive Structures at Constellium, and Frank Gensty, Director Engineering, Automotive Structures and Industry at Constellium, highlighted how the latest generation of aluminium Crash Management Systems is setting new industry standards.

NATPET Report

1. The document is a cooperative training report submitted by Anas Marwan Kaaki to Yanbu Industrial College covering his 8-week training at the Natural Petrochemical Industrial Company (NATPET) in Yanbu, Saudi Arabia.
2. The report details 5 work orders Kaaki assisted with during his training, providing information on the equipment involved, observed issues, recommendations, work performed, and conclusions. The equipment included a blower, regenerate pump, hydrogen compressor, rotary feeder, and vertical pump.
3. Kaaki gained experience in mechanical maintenance, observing common machinery problems, performing tasks like replacing seals and bearings, and working with other trainees and NATPET employees during the process. The

Unit 1

This document defines key fluid properties and concepts such as density, pressure, viscosity, and provides examples of calculating various fluid properties from given values. Specifically:
- It defines properties like density, specific weight, specific gravity, viscosity, and types of pressure like atmospheric, gauge and absolute.
- It gives examples of calculating pressure, density, specific weight, specific gravity, viscosity from values like volume, mass, pressure readings.
- Questions calculate properties for various fluids including oil, water, air, based on given volume, mass, pressure, viscosity. Properties calculated include density, specific weight, specific volume, relative density.

Buku bab 1

This student workbook covers fluid properties and concepts including:
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- Examples of calculating pressure, fluid properties like density, specific weight, specific gravity, viscosity, and volume
- Practice problems involving calculating various fluid properties given values for mass, volume, density, viscosity, etc.

Formation & reservoir technology laboratory bto3114 (module 2)

This document provides instructions for classifying crude oil samples based on API gravity values determined through density and specific gravity measurements. Key points:
1. Density, specific gravity, and API gravity of crude oil samples are measured using a pycnometer to determine mass and volume.
2. Calculations based on these measurements allow classification of samples as light, medium, or heavy crude oil types according to their API gravity values and densities relative to water.
3. Relationships between specific gravity, density, and API gravity are examined to understand crude oil composition and properties important for industrial applications.

Liza anna jj309 fluid mechanics (buku kerja

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Fluids in Physics

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Physics solids and liquids 2

This document discusses the density and specific weight of solids and liquids. It defines specific weight as the weight per unit volume of a material, giving the example of water having a specific weight of 62.43 lbf/ft3 at 5°C. Density is defined as mass per unit volume, which is now preferred over specific weight as it refers to the quantity of matter rather than weight. Examples are given to calculate the weight of petrol given its volume and specific weight, and to calculate the volume of copper given its mass and specific weight.

002

Specific volume is defined as the inverse of density, or volume per unit mass. Specific weight is defined as the weight or force of a substance per unit volume. Specific gravity or relative density is defined as the ratio of the density of a substance to the density of a standard substance like water at 4°C. The document provides example equations and problems to calculate density, specific volume, specific weight, and specific gravity using mass, volume, and other given values.

Pt1 fluid properties

This document outlines an experiment to investigate fluid properties of oil, water, and detergent mixtures. Students will measure the volume, mass, and calculate density, specific weight, and other properties of each fluid individually. The fluids will then be mixed in a beaker and observed over 10 minutes to see if they mix or separate into layers. The goals are for students to define fluid properties and investigate how they affect fluid behavior and mixing.

Met 212 _2

This lecture discusses key concepts in fluid mechanics including density, specific weight, specific gravity, the ideal gas law, viscosity, and surface tension. It defines important terms like density, specific weight, dynamic and kinematic viscosity. Examples are provided to demonstrate calculations for determining density from specific gravity, solving the ideal gas law, and finding surface tension based on tube diameter. Viscosity is explained using equations for both dynamic and kinematic viscosity.

Mole

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MET212-Assinment 1

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This document discusses the properties of fluids. It defines two categories of fluids - ideal and real fluids. It then discusses 9 key properties of fluids:
1. Mass density - the mass per unit volume of a fluid.
2. Specific volume - the volume occupied by a unit mass of fluid.
3. Specific weight - the weight of a unit volume of fluid.
4. Specific gravity - the ratio of the density of a substance to the density of a reference material (water).
5. Viscosity - a fluid's resistance to shear forces or flow.
6. Surface tension - the energy required to increase a liquid's surface area.
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This document discusses fundamental properties of fluids including:
- The distinction between solids and fluids, as fluids will flow under the slightest stress while a solid retains its shape.
- The distinction between gases and liquids, as gases are highly compressible while liquids are relatively incompressible.
- Key fluid properties including density, specific weight, specific volume, and specific gravity which relate to a fluid's mass and volume. Compressible and incompressible fluids are also defined.

Fluid Mechanics for Basic peopertiesof Fluids

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Lecture notes djj20073 t2

This document discusses physical properties of fluids including mass density, specific weight, relative density/specific gravity, specific volume, and fluid compressibility. It provides definitions and formulas for calculating these properties. Several example problems are given involving calculating mass density, specific weight, specific gravity, volume, and weight of fluids using given values.

Lecture notes djj20073 t1 (1)

This document contains lecture notes on fluid mechanics. It defines different types of pressure such as atmospheric, gauge, absolute and vacuum pressure. It discusses the relationship between pressure and depth. It provides an example calculation for determining absolute pressure given gauge and atmospheric pressures. Finally, it lists several practice problems calculating various pressure values.

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Alifff

ALIF PAINT SERVICE baru sahaja memulakan perniagaan cat rumah ke rumah dengan modal sederhana. Perniagaan ini menawarkan pakej dan warna cat menarik kepada pelanggan serta mempunyai potensi untuk berkembang jangka panjang memandangkan permintaan perkhidmatan ini masih ada. Tujuan permohonan pinjaman RM80,000 dari BANK ISLAM adalah untuk membiayai peralatan, gaji, dan operasi perniagaan selama

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Buku bab 1

This student workbook covers fluid properties and concepts including:
- Definitions of fluid, liquid, gas, solid, and different types of pressure
- Examples of calculating pressure, fluid properties like density, specific weight, specific gravity, viscosity, and volume
- Practice problems involving calculating various fluid properties given values for mass, volume, density, viscosity, etc.

Formation & reservoir technology laboratory bto3114 (module 2)

This document provides instructions for classifying crude oil samples based on API gravity values determined through density and specific gravity measurements. Key points:
1. Density, specific gravity, and API gravity of crude oil samples are measured using a pycnometer to determine mass and volume.
2. Calculations based on these measurements allow classification of samples as light, medium, or heavy crude oil types according to their API gravity values and densities relative to water.
3. Relationships between specific gravity, density, and API gravity are examined to understand crude oil composition and properties important for industrial applications.

Liza anna jj309 fluid mechanics (buku kerja

The document is a student workbook on fluid mechanics. It contains 11 units that cover topics like fluid properties, fluid statics, fluid dynamics, energy loss in pipelines, and nozzles. Example problems are provided throughout to demonstrate concepts like pressure measurements, fluid characteristics, buoyancy, hydraulic systems, and manometers. The objectives are to explain fluid mechanics concepts, solve related problems correctly, and explain their applications in engineering.

Fluids in Physics

Fluid mechanics is the study of the macroscopic motion of fluids - liquids, gases, and other systems that can be described in similar ways.

Physics solids and liquids 2

This document discusses the density and specific weight of solids and liquids. It defines specific weight as the weight per unit volume of a material, giving the example of water having a specific weight of 62.43 lbf/ft3 at 5°C. Density is defined as mass per unit volume, which is now preferred over specific weight as it refers to the quantity of matter rather than weight. Examples are given to calculate the weight of petrol given its volume and specific weight, and to calculate the volume of copper given its mass and specific weight.

002

Specific volume is defined as the inverse of density, or volume per unit mass. Specific weight is defined as the weight or force of a substance per unit volume. Specific gravity or relative density is defined as the ratio of the density of a substance to the density of a standard substance like water at 4°C. The document provides example equations and problems to calculate density, specific volume, specific weight, and specific gravity using mass, volume, and other given values.

Pt1 fluid properties

This document outlines an experiment to investigate fluid properties of oil, water, and detergent mixtures. Students will measure the volume, mass, and calculate density, specific weight, and other properties of each fluid individually. The fluids will then be mixed in a beaker and observed over 10 minutes to see if they mix or separate into layers. The goals are for students to define fluid properties and investigate how they affect fluid behavior and mixing.

Met 212 _2

This lecture discusses key concepts in fluid mechanics including density, specific weight, specific gravity, the ideal gas law, viscosity, and surface tension. It defines important terms like density, specific weight, dynamic and kinematic viscosity. Examples are provided to demonstrate calculations for determining density from specific gravity, solving the ideal gas law, and finding surface tension based on tube diameter. Viscosity is explained using equations for both dynamic and kinematic viscosity.

Mole

A document discusses key concepts related to moles, density, concentration, and flow rate in chemical engineering. It begins by defining a mole as a specific number of particles such as atoms or molecules. It then discusses how to convert between moles and mass and calculates molecular weight. Examples are provided to demonstrate calculating density from specific gravity and converting between different units of mass and volume. The document concludes by defining flow rate, mole fraction, and mass fraction and providing an example of converting between mole and mass fraction.

MET212-Assinment 1

This document contains an assignment for a fluid mechanics course. It includes 7 questions asking students to calculate fluid properties like density, specific weight, and specific gravity for various fluids including oil, water in a graduated cylinder, and air in rooms. Students are asked to tabulate common fluid properties, calculate properties for given volumes and masses of fluids, determine Reynolds number for flow in a pipe, and use the ideal gas law to find air properties based on pressure, temperature and room dimensions.

ME 12 Assignment No. 1

This document contains a thermodynamics assignment with 10 problems related to concepts like specific weight, acceleration due to gravity at different elevations, pressure and force exerted by fluids, density and specific volume of mixtures, heat transfer between materials, mass and energy balances, and work calculations for steam turbines. Students are asked to solve these 10 problems and submit their solutions to the given email address by the provided due date.

Exp. no.1 density and specific gravity by hydrometer and weight

This document describes an experiment conducted by students to measure the density and specific gravity of various liquids using a hydrometer. The introduction provides background on hydrometers and how they are used to determine density and specific gravity. The experimental procedures involve filling a cylinder with the test liquid, inserting the hydrometer, and recording the point where the liquid meets the stem. The student then answers discussion questions about density and specific gravity measurements in oil industry, how hydrometers work, differences between density and relative/specific gravity, API gravity, and sources of error in their results.

Hydraulics Lesson 1 The Fluid Properties

This document discusses the properties of fluids. It defines two categories of fluids - ideal and real fluids. It then discusses 9 key properties of fluids:
1. Mass density - the mass per unit volume of a fluid.
2. Specific volume - the volume occupied by a unit mass of fluid.
3. Specific weight - the weight of a unit volume of fluid.
4. Specific gravity - the ratio of the density of a substance to the density of a reference material (water).
5. Viscosity - a fluid's resistance to shear forces or flow.
6. Surface tension - the energy required to increase a liquid's surface area.
7. Capillarity

Top schools in delhi ncr

This document discusses fundamental properties of fluids including:
- The distinction between solids and fluids, as fluids will flow under the slightest stress while a solid retains its shape.
- The distinction between gases and liquids, as gases are highly compressible while liquids are relatively incompressible.
- Key fluid properties including density, specific weight, specific volume, and specific gravity which relate to a fluid's mass and volume. Compressible and incompressible fluids are also defined.

Fluid Mechanics for Basic peopertiesof Fluids

This lecture covered basic properties of fluids including density, unit weight, specific gravity, viscosity, and Newton's law of viscosity. Density is the ratio of mass to volume and is important for calculating mass or volume given one quantity. Unit weight is the ratio of weight to volume and is related to density. Specific gravity compares the density of a substance to that of water. Viscosity measures a fluid's resistance to flow and is quantified by Newton's law of viscosity, relating shear stress to the rate of change of velocity. Dynamic and kinematic viscosities are also introduced, with dynamic viscosity involving force and having units of Ns/m^2 while kinematic viscosity does not involve force and has units of m^2/s

Buku bab 1

Buku bab 1

Formation & reservoir technology laboratory bto3114 (module 2)

Formation & reservoir technology laboratory bto3114 (module 2)

Liza anna jj309 fluid mechanics (buku kerja

Liza anna jj309 fluid mechanics (buku kerja

Fluids in Physics

Fluids in Physics

Physics solids and liquids 2

Physics solids and liquids 2

002

002

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Pt1 fluid properties

Met 212 _2

Met 212 _2

Mole

Mole

MET212-Assinment 1

MET212-Assinment 1

ME 12 Assignment No. 1

ME 12 Assignment No. 1

Exp. no.1 density and specific gravity by hydrometer and weight

Exp. no.1 density and specific gravity by hydrometer and weight

Hydraulics Lesson 1 The Fluid Properties

Hydraulics Lesson 1 The Fluid Properties

Top schools in delhi ncr

Top schools in delhi ncr

Fluid Mechanics for Basic peopertiesof Fluids

Fluid Mechanics for Basic peopertiesof Fluids

Lecture notes djj20073 t2

This document discusses physical properties of fluids including mass density, specific weight, relative density/specific gravity, specific volume, and fluid compressibility. It provides definitions and formulas for calculating these properties. Several example problems are given involving calculating mass density, specific weight, specific gravity, volume, and weight of fluids using given values.

Lecture notes djj20073 t1 (1)

This document contains lecture notes on fluid mechanics. It defines different types of pressure such as atmospheric, gauge, absolute and vacuum pressure. It discusses the relationship between pressure and depth. It provides an example calculation for determining absolute pressure given gauge and atmospheric pressures. Finally, it lists several practice problems calculating various pressure values.

Topic 5 kinematics of particle

This document discusses kinematics, which is the geometry of motion without considering forces. It defines key concepts like displacement, velocity, acceleration, and their relationships. It presents four kinematic equations and provides examples of using these equations and graphs of position-time and velocity-time to solve kinematics problems for objects undergoing uniform and non-uniform acceleration.

Susunan atur ruang premis

Dokumen ini menyebutkan pemasok utama untuk perniagaan cat, termasuk pembekal cat, alat mengecat, dan servis mesin. Juga disebutkan susunan ruang untuk premis perniagaan tersebut, yang meliputi tandas, surau, pintu hadapan, dapur, ruang istirehat, stor, ruang mesyuarat, dan ruang pejabat.

Alifff

ALIF PAINT SERVICE baru sahaja memulakan perniagaan cat rumah ke rumah dengan modal sederhana. Perniagaan ini menawarkan pakej dan warna cat menarik kepada pelanggan serta mempunyai potensi untuk berkembang jangka panjang memandangkan permintaan perkhidmatan ini masih ada. Tujuan permohonan pinjaman RM80,000 dari BANK ISLAM adalah untuk membiayai peralatan, gaji, dan operasi perniagaan selama

Lecture notes djj20073 t2

Lecture notes djj20073 t2

Lecture notes djj20073 t1 (1)

Lecture notes djj20073 t1 (1)

Topic 5 kinematics of particle

Topic 5 kinematics of particle

Susunan atur ruang premis

Susunan atur ruang premis

Rancangan operasi v2 converted

Rancangan operasi v2 converted

Alifff

Alifff

Generative AI leverages algorithms to create various forms of content

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The presentation also covers the positive and negative aspects of inductive bias, along with strategies for mitigating potential drawbacks. We'll explore examples of how bias manifests in algorithms like neural networks and decision trees.
By understanding inductive bias, you can gain valuable insights into how machine learning models work and make informed decisions when building and deploying them.

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Climate change's impact on the planet forced the United Nations and governments to promote green energies and electric transportation. The deployments of photovoltaic (PV) and electric vehicle (EV) systems gained stronger momentum due to their numerous advantages over fossil fuel types. The advantages go beyond sustainability to reach financial support and stability. The work in this paper introduces the hybrid system between PV and EV to support industrial and commercial plants. This paper covers the theoretical framework of the proposed hybrid system including the required equation to complete the cost analysis when PV and EV are present. In addition, the proposed design diagram which sets the priorities and requirements of the system is presented. The proposed approach allows setup to advance their power stability, especially during power outages. The presented information supports researchers and plant owners to complete the necessary analysis while promoting the deployment of clean energy. The result of a case study that represents a dairy milk farmer supports the theoretical works and highlights its advanced benefits to existing plants. The short return on investment of the proposed approach supports the paper's novelty approach for the sustainable electrical system. In addition, the proposed system allows for an isolated power setup without the need for a transmission line which enhances the safety of the electrical network

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politics, and conventional and nontraditional security are all explored and explained by the researcher.
Using Mackinder's Heartland, Spykman Rimland, and Hegemonic Stability theories, examines China's role
in Central Asia. This study adheres to the empirical epistemological method and has taken care of
objectivity. This study analyze primary and secondary research documents critically to elaborate role of
china’s geo economic outreach in central Asian countries and its future prospect. China is thriving in trade,
pipeline politics, and winning states, according to this study, thanks to important instruments like the
Shanghai Cooperation Organisation and the Belt and Road Economic Initiative. According to this study,
China is seeing significant success in commerce, pipeline politics, and gaining influence on other
governments. This success may be attributed to the effective utilisation of key tools such as the Shanghai
Cooperation Organisation and the Belt and Road Economic Initiative.

Hematology Analyzer Machine - Complete Blood Count

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IEEE Aerospace and Electronic Systems Society as a Graduate Student Member

IEEE Aerospace and Electronic Systems Society as a Graduate Student Member

一比一原版(CalArts毕业证)加利福尼亚艺术学院毕业证如何办理

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- 1. Page 1 of 13 DJJ20073 | T2_aida Lecture Notes DJJ20073 – FLUID MECHANICS TOPIC 2: Physical Properties of Fluid a) Mass density, ρ Mass density is a quantitative expression of the amount of mass contained per unit volume. The standard unit is kilograms per meter cubed (kg/m3). The symbol most often used for density is: (the Greek letter rho). b) Specific Weight, ω The specific weight is the weight per unit volume of a material. The symbol of specific weight is ω (omega) or γ (gamma).
- 2. Page 2 of 13 DJJ20073 | T2_aida c) Relative Density/ Specific Gravity, S d) Specific Volume e) Fluid Compressibility
- 3. Page 3 of 13 DJJ20073 | T2_aida f) Viscosity
- 4. Page 4 of 13 DJJ20073 | T2_aida
- 5. Page 5 of 13 DJJ20073 | T2_aida TUTORIAL: 1. Weight of a fluid is 8 kN and its density 9000 cm3 . Calculate the following: i. Mass of fluid ii. Specific weight of fluid iii. Specific gravity of fluid
- 6. Page 6 of 13 DJJ20073 | T2_aida 2. Determine the density of fluid, ρ in kg/m3 . Given the mass and volume of fluid are 450g and 9cm3 respectively. Then, determine the specific volume in m3 /kg and specific gravity, if given the density of water is 1000kg/m3
- 7. Page 7 of 13 DJJ20073 | T2_aida 3. If the mass and the volume of air is 11.5kg and 650cm3 . Calculate: i. Mass density ii. Specific weight iii. Specific volume iv. Relative density of air
- 8. Page 8 of 13 DJJ20073 | T2_aida 4. Given specific of fluid is 7.20kN/m2 and its mass 8.3kg. Calculate the following: i. Volume of fluid ii. Density of fluid iii. Specific volume
- 9. Page 9 of 13 DJJ20073 | T2_aida 5. Determine the density of fluid, ρ in kg/m3 . Given the mass and volume of fluid are 450g and 9cm3 respectively. Then, determine the specific volume in m3 /kg and specific gravity, if given the density of water is 1000kg/m3 .
- 10. Page 10 of 13 DJJ20073 | T2_aida 6. Given specific weight of fluid is 7.20kN/m2 and its mass 8.3kg. Calculate the following: i. Volume of fluid ii. Fluid density iii. Specific volume
- 11. Page 11 of 13 DJJ20073 | T2_aida 7. A reservoir contains of 6000liter of oil weighing 50000N. Determine: i. Mass density of oil, ρ ii. Specific weight of oil, ω iii. Specific gravity of oil, s
- 12. Page 12 of 13 DJJ20073 | T2_aida 8. If the volume of oil is 5.6m3 and weight is 46000N. Calculate: i. Mass density, ρ in kg/m3 ii. Specific weight, ω iii. Specific gravity of oil, s
- 13. Page 13 of 13 DJJ20073 | T2_aida 9. The volume of a stone is 1.5x10-4 m3 . If the relative density of the stone is 2.6. Calculate: i. The density ii. The specific weight iii. The specific volume iv. The weight v. The mass