Stress divided by Rate of strain is:        b. Density       c. Unit less       a. Surface tension

Q: Suppose that you have a dead weight tester with a maximum reading of 50 bar. If the diameter of the…

A: The total mass of the weight, pan and piston would you need in units of: a. lbm : 320.3 lbm b. kg :…

Q: In static fluid, variation of pressure is due to Weight of the fluid Velocity of the fluid Density…

A: In Static fluid, fluid particles are not moving. So the pressure is due to fluids weight or force of…

Q: The value of surface tension is more at ______________________ .     50 oC     80 oF

A: So option (b) 80 oF is correct option.

Q: ensity is 1000 kg/m³), determin

A:

Q: The preserved invariant for the Die Hard "one and for all" problem (which uses a 3-gallon jug and a…

A: PRESERVED INVARIANTS A property that is safeguarded through a progression of tasks or steps is known…

Q: .. How long it will take to reach 100 °C.

A: 18.67 seconds

Q: The coefficient of bend value in the energy loss due to bend in a pipe depends on the radius of…

A: The bend loss in a pipe can be expressed as, Here, k: bend loss coefficient v: velocity of flow in…

Q: 1. A liquid has a specific gravity of 1.9 and kinematic viscosity of 1 stoke. What is its dynamic…

A: Given data:-  Specific gravity =1.9 Kinematic viscosity = 1 stoke

Q: Write the SI units of work done.

A: Work is defined as the product of the displacement and the component of force along the…

Q: -Oil 70 cm -Water

A:

Q: Show complete solutions. Answer Difficult level

A:

Q: Imdia water Mercary 0.25m

A:

Q: Q1. Answer the following: - A- What are the differences between the heat and temperature?

A: Heat is the type of energy that is transmitted between systems or objects with varying temperatures.…

Q: Find out total elapsed time

A:

Q: It is desire

A:

Q: Is expressed as the equivalent height of a fluid column.

A:

Q: Find the ratio a/L required

A: Given: Deflection at A=0 To determine ratio of a/L

Q: 1. Name the direct measurement and indirect measurement rock and fluid properties.

A:

Q: 4. For each of the situations in trie labie pelow, state the process by which heat is transferred.

A: SITUATIONS PROCESS Getting burnt by touching a hot stove   Conduction Hot air rising, cooling…

Q: Give 3 example of an application of the Lever Rule.

A: The compositions of the phases present are determined using the lever rule. The lever rule is also…

Q: Madde P (kPa) T ('C) Faz tanımı H,O 10000 100 300 Dovmuş sıVI

A: From the steam table, At P=10000 kPaTsat=310.997 °CAnd the given T=100 °C,T<TsatHence At P=10000…

Q: Create a Load Duration Curve based on the given load

A: The given data for time of day and load is as  below:

Q: The net work output

A: Given; A reversible heat engine recieves 2 kJof heat from a reservior at 1000 K and a certain…

Q: The following can be used to define force, except whle a. It is said to change or produce change in…

A: Explanation.  All part in the option can be used to define force except part (c). The internal…

Q: The specific weight of material is

A: OPTION C is the correct answer

Q: Determine stress

A: given - F=3N Cross section area= 4mm2 Need to find Stress

Q: Give at least 3 examples of measures of position

A: The 3 examples of measures of position are listed below: 1. Percentile: The percentile is a score or…

Q: The poison's ratio is the ratio between stress to strain

A: Poissons ratio is the ratio of transverse strain to longitudinal strain. Elastic modulus is the…

Q: 1. How to write an introduction Introduction: i- hollow shaft, used for what, who uses it, where?…

A: **According to the guidelines we can answer only one question at a time. please resubmit the…

Q: If oil with specific gravity of 0.82 is used to measure the atmospheric pressure, how high would it…

A: Given: Sg = 0.8

Q: Convert 159 cubic micrometers, μm3 to cubic meters, m3

A: Given 159μm3 To find The value in m3

Q: Choose which one is correct with explaination of each point

A: Given; From the given option ;Considering the variation of static pressure and absolute  velocity in…

Q: norma Bulk Modulus is defined as the ratio of nor stress to.

A: Given data : Direct stress=σVolumetric strain=∆VV

Q: 1. If oil with specific gravity of 0.80 is used to measure the atmospheric pressure, how high would…

A:

Q: G Determine the equillalent. tiffness for the dreegreem

A: Solution:

Q: 25 rand ge R were fou onts which in

A:

Q: increase of the

A: Given; P=3 kwV=40 ltrs= 401000V=0.04 m3Water heater is sweitched onn for; t=30 min=30×60 st=1800…

Q: Q. Differentiate between temperature and heat.

A: Heat is the form of energy and it is a derived quantity while temperature can be helps in…

Q: WARITHA een points below? Note:, Kerosene Air IT Troen 10cn 21cm 9cm 15 cm Benzene UNIVERSITY

A:

Q: Differentiate between the "soft constraints" and “hard constraints"

A:

Q: magnitude of work

A: Given; Mass of air, m=1 kgInitially at temperature, t=1270C=127+273=400 KIt expands reversibily at…

Q: À conical pivo of pressure is the diameters the coefficient

A: Given data:

Q: The work done during this

A: Given: A piston cylinder device initially contains; V=0.4 m3 of air.It is treated as an ideal…

Q: Determine which of the four levels of measurement (nominal, ordinal, interval, ratio) is most…

A: Given data as per the question Monthly temperatures = 60o F , 66o F , 72o F , 78o F , 84o F

Q: s the confidence level for

A: Determine the confidence level.

Q: A hydraulic jack has a pump with a piston that is 5.9 mm diameter and a ram that has a 28.5 mm…

A: Write the formula for the output on the hydraulic jack. F1A1=F2A2 Here, F1 is the force input to the…

Q: of heat tre

A: Heat treatment is the process of heating or cooling a material to a specific temperature, usually to…

Q: el for maximum

A: Explanation      graph for  maximum v.m stress against  the height of the rectangular bar  The…

Q: 1)) Tensile tests are used to

A: It is used to find out how strong a material is and also how much it can be stretched before it…

Entropy

In physics, entropy means the amount of disorder or the degree of randomness associated with a thermodynamic system. The system is not self-organized when the entropy of the system is high. For instance, when a system is at an elevated temperature, its molecules are in random motion, vibrating and colliding with each other. During this scenario, the probability of finding a molecule at a particular place twice, is low. Under this circumstance, the system can be said to be in a high entropy.