**Answer:https://www.usna.edu/NAOE/_files/documents/Courses/EN380/Course_Notes/Ch10_Deformation.pdf**

**Explanation: This may help you **

what is the formula for reynolds number? a. b. c. d. 5 points save answer question 3 of 7 moving to the next question prevents changes to this answer.

Reynolds Number = Inertial Force / Viscous Force L = length or diameter of the fluid

**The ratio** of viscous forces to inertial forces is known as the** Reynolds number**. A dimensionless number called the Reynolds number is used to group fluid systems where the influence of viscosity plays a significant role in regulating the velocities or the flow** pattern of a fluid.**

**What is implied by the Reynolds number?**

The **fluid flow** is classified as turbulent or laminar using the Reynolds number, abbreviated as Re. When a **numerical model** is chosen based on pre-calculated Reynolds numbers, it is one of the key regulating parameters in all** viscous flows.**

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**Re = VD/ or Re = VD/v** is the formula for the **Reynolds Number**, where "V" stands for fluid velocity, "D" for characteristic distance, "" for fluid density, "v" for **kinematic viscosity**, and "" for dynamic viscosity, all of which can be found in data tables.

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If | A + B|2 = A2 + B2, then

If |a|b then 2−2=(−)(+)|0⟺+|0

is used to indicate the centers of objects such as columns and fixtures.

**Answer: Centerline**

**Explanation: The centerline can tell you where the center of a circle or an object is.**

Cryptographic systems provide which of the following security services? (Select two.)

a. Non-repudiation

b. Cryptanalysis

c. Encryption

d. Decryption

Confidentiality

From the given options, two security services that cryptographic systems provide are **Non-repudiation **and **Confidentiality**. Hence, options (a) and (e) hold the correct answers.

**Cryptographic systems** are systems that are designed using a set of rules and algorithms that convert plaintext to ciphertext. By converting plaintext into ciphertext, **cryptographic systems** ensure that messages or data are transferred more securely. In simple words, cryptographic systems provide services of information security.

Among multiple security services, the two fundamental security services provided by the cryptographic system are **non-repudiation** and **confidentiality**.

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A method of coupling tubing without welds, solderor leaks is the use of

A method of **coupling **tubing without welds, solder or leaks is the use of a** fitting or adapter.**

The term fitting is seen as a form of Flexible **hoses **and metal tubing used to transport fluids are connected together and this is through the use of AN fittings, that is a specific kind of fitting.

Note that Fittings are typically used in **conjunction **with standards that are similar to act as a link between two threads that aren't naturally compatible. A fitting is required in order to connect a hose to a pump. The pump must be connected to an **adaptor **in order to connect to many hoses, each of which may have a different standard.

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Who is responsible for checking the items list (lot numbers) on DA Form 3151-R against ammunition suspensions and restrictions?

The **customer service clerk **is the one who is responsible for checking the items list (lot numbers) on **DA Form 3151-R **against** ammunition suspensions and restrictions.**

It is to be noted that when weaponry is issued, shipped, received, turned in, or moved, DA Form 3151-R (**Ammunition** **Stores **Slip) is utilized.

The **surveillance employee **examines the ammo and completes DA Form 3151-R.

Also note that before ammunition may be provided, an original, current** DA Form 1687, **Signature Card, specifying that personnel authorized to request and/or receive weaponry must be on file at the ASP.

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a technician back probes the ground side of a port fuel injector with a dmm set to dcv. the engine is idling. what reading should the technician see?

**Answer: A technician attaches one lead of a digital voltmeter to the ground terminal of the TP sensor and the other meter lead to the negative terminal of the battery.**

**Explanation: both technicians are correct**

if the oil leaves the exchanger at 100 what is its flow rate? what is the length of the exchanger shell required to accomplish the desired heating?

A** heat exchanger** is a device that transfers heat from one working fluid to another. Both cooling and **heating operations** employ heat exchangers. The liquids may be in direct contact or separated from one another by a solid wall to prevent mixing.

CALCULATIONS FOR HEAT EXCHANGERS:

The fundamental equation for a **heat exchanger **is: Q is equal to the log mean temperature difference (U x A x Tm). ΔTm is: Tm is equal to (T1 - t2) - (T2 - t1) °F.

T1 is the fluid temperature on the inlet tube side; t2 is the fluid temperature on the outlet shell; and ln (T1 - t2) (T2 – t1)

How are shell and tube** heat exchangers **designed? Steps for the design of a heat exchanger:

The **Second rule **of thermodynamics states that** 100% thermal **efficiency is an impossibility for heat engines (). This is not conceivable since a heat engine will always produce some waste heat,.

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for a given amount of power (s) to be transmitted, an increase in the transmission line voltage would result in:

Efficiency improvement is the main driver behind high **voltage** power **transmission**. There are inherent energy losses when electricity is transferred across vast distances.

**Electricity** is transferred from one site to another with the least amount of power loss possible thanks to high voltage transmission. Transformers, which raise **voltage** levels to enable long-distance transmission, are a crucial component of this process. The electrical grid is made up of power plants, distribution networks, and sub-stations as well as the electrical **transmission** system. The power loss will decrease as the current decreases. Therefore, to lower current during electricity transmission, the **voltage** is increased. When sending the same amount of power over a longer distance at a lower voltage, there will be a greater power loss.

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There is interdependence between an organization and its information systems". Discuss this statement.

There is **interdependence **between an **organization **and its information systems have a **mutual dependency **on each other.

An **institution **made up of individuals or a group of individuals who gather together to accomplish a single, **common goal **is referred to as an organization.

**Information systems **and organizations are mutually influenced by one another. **Inability **to **efficiently **advantage of innovative **technologies**, an organization should be receptive to the effects of data systems, which have an impact on how **information systems **are designed.

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The supply chain is ...

**Answer:**

A supply chain is the network of all the individuals, organizations, resources, activities, and technology involved in the creation and sale of a product. A supply chain encompasses everything from the delivery of source materials from the supplier to the manufacturer through to its eventual delivery to the end user.

What state of liquid does point a represent in the Rankine cycle?

Saturated liquid, subcooled liquid, superheated liquid, or Sat. liquid vapor mix?

The** state of liquid** that point 2a" represents in the **Rankine cycle **is **"Subcooled Liquid" **(Option B).

**The Rankine cycle, a**lso known as the **Rankine Vapor** **Cycle**, is a process that is frequently utilized in power facilities such as coal-fired power plants and nuclear reactors. Fuel is utilized in this mechanism to **generate heat **within a boiler, transforming water into steam, which then expands via a turbine, providing useful work.

The Rankine cycle (RC) is a **thermodynamic** **cycle **used in thermal power plants to transform thermal energy into mechanical labor. Many researchers have recently focused on exploiting the **Rankine cycle **to recuperate low-grade waste heat.

**Subcooling **refers to a liquid that exists at a temperature lower than its typical boiling point. Water, for example, boils at 373 K and is referred to as "subcooled" at ambient temperature. A subcooled liquid is a suitable condition in which **refrigerants**, for example, can complete the remaining stages of a** cooling system.**

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technician a says that variable valve timing improves performance. technician b says that cylinder deactivation helps improve performance. which technician is correct?

In essence, it alters the **valve timing** by changing the camshafts' phase angle. For instance, to permit early intake at high speed, the inlet camshaft will be cranked 30° in advance. According to requirement, the engine management system regulates this movement, which is triggered by **hydraulic valve **gears.

**Aston Martin**

** Variable valve timing (VVT)**, a technology used in **conventional vehicle** internal combustion engines, was first developed by Fiat in the late 1960s. The 1980 Spider 2000 from Alfa Romeo was the first manufacturer to use VVT in a production vehicle.

**Unclean Oil Can Be Very Dangerous**

These oil-fed solenoids and actuators, which are also incompatible with** turbocharged engines,** are among the variable timing components. Internal coking, clogging, and sludge difficulties in those components can be brought on by dirty oil.

**VVT regulates airflow and exhaust**

Engine valves regulate the ingestion of **fuel and fresh air** as well as the outflow of combustion gases. In order to match the engine's operating circumstances, VVT and lift systems modify the timing of the valves. As a result, efficiency is** increased **across a broad range of engine running speeds.

Where can I find variable** valve timing** soldenoids? At the front of the engine, often close to the front of the valve cover, is where you'll find the variable valve timing solenoid.

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In a dictionary to print the average value

**Answer:**

Use a dictionary?

**Explanation:**

Bad wording of the question...

A distance AB is observed repeatedly using the same equipment and procedures, and the results, in meters, are listed in Problems 3.7 through 3.10. Calculate (a) the line's most probable length, (b) the standard deviation, and (c) the standard deviation of the mean for each set of results.

The most **probable length** is 65.4012

The** standard deviation **is 0.003359

The standard deviation of mean is 1.0626 x 10⁻³

How to solve for the most probable lengthThe most probable length for the group of data would be the mean of the data set. In order to solve for this, you have to add up all of the values that are in the data set and divide by the total number in the data set

65.400 + 65.402 + 65.396+ 65.406 + 65.401 + 65.396 + 65.401 + 65.405 + 65.404 / 10

= 65.4012

The most** probable lengt**h is 65.401

How to solve for the **standard deviation.**

To solve for the standard deviation, we would have to make use of a standard deviation calculator

= (65.400 - 65.4012)² + ... + (65.404 - 65.4012)² / 9

= 0.00010155555555557 / 9

= 1.1283950617286E-5

σ = √1.1283950617286E-5

= 0.0033591592128516

= 0.003359

The standard deviation of the** mean**

σm = σ / √N

= 0.0036 / √10

= 0.00336 / 3.162

= 1.0626 x 10⁻³

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Complete question

distance AB is observed repeatedly using the same equipment and procedures, and the results, in meters, are listed below. Calculate 65.401, 65.400, 65.402, 65.396, 65.406, 65.401, 65.396, 65.401, 65.405, and 65.404.

Calculate:

(a) the line's most probable length,

(b) the standard deviation, and

(c) the standard deviation of the mean.

-i+ (9-5i)-3(2-6i) in standard form with explanation

The given **expression **can be **represented **as **3+12i**.

A **complex number** is represented by the following form: **a+bi**, where **a** and **b** are **real **numbers. The variables: **a** is the **real **part and **bi** **imaginary **part. See an example: 5 + 2i , then:

Regarding operations math, the same properties used for real numbers can be applied to complex numbers. And for solving the operations math with these numbers, it is important to know that** i²= -1**. Thus, 3i² = 3*(-1)= -3.

When you subtract or sum complex numbers, you can only subtract or sum: the real part with the real part of each complex number and the imaginary part with the imaginary part of each complex number. Here, you can see examples:

(5 + 2i) + (5 + 2i) = 10+4i

(4 + 10i) - (2 + 5i) = 2+5i

Therefore, the result for the -i+ (9-5i)-3(2-6i) will be:

-i + 9 -5i -6+18i

-6i +3 +18i

3+12i

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a 400 l tank initially contains water at 200 kpa and a quality of 1%. heat is transferred to the tank by a burner, thereby raising the temperature and pressure of the water. at a pressure of 3 mpa, a valve opens and saturated vapor at 2 mpa flows out. the burner remains on, maintaining a pressure of 3 mpa inside the tank, until the quality of the tank is 90%, after which it shuts off

To prevent a **waterlogged** tank or surging at the faucets, you must keep air in the bladder of bladder-type pressure tanks. First, look at the **pressure** gauge to determine the **pressure** at which your well pump activates and deactivates.

The difference in **pressure** between turning on and turning off is typically 20 psi. our pipes, fittings, and switches may become damaged by **pressures** more than 60 psi. Plumbing failure and expensive leaks could result from this damage. It's probable that the pump won't be able to achieve the cut-off pressure if the pressure is set at 80 psi. The bladder could be torn or holed if tank **pressure** lowers. If a tank is totally filled with water or has too much water for it to function properly, it is said to be **waterlogged**.

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stranded wire use is being discussed. technician a says there is less exposed surface area for electron flow in stranded wire. technician b says there is more resistance in the stranded wire than in the same gauge solid wire. who is correct?

The answer is neither A nor B. The **strands** cannot be twisted without forming a helix. Or, to put it another way, the helix is an inevitable result of the twisting **movement**.

A solid wire with the same cross-sectional area and conventional length as the wire in the **illustration** will have a little less resistance. This is due to the fact that the wire in the **illustration** will have a Path Length that is somewhat more than the length of the solid wire, and Path Length is what counts in terms of resistance. Now, you probably won't notice the helix when holding a real stranded and twisted wire. The helix in the aforementioned image is exaggerated, and the **helix** in a real wire is typically so "slight" that it's difficult to see.

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Explain why you think a designer would choose to use an isometric sketch rather than a perspective sketch to share their idea with a design team member?

It is because an **isometric sketch** is **more useful** for functional drawings that are used to explain how something works, while one-point perspective drawings are typically used to give a more sensory idea of an object or space.

**Isometric Sketch** or isometric drawing can be described as a pictorial representation of an object in which all three dimensions are drawn at full scale. It looks like an isometric projection. **Isometric sketch** is kind of 3D drawing, which is set out using 30-degree angles. It is kind of axonometric drawing so the same scale is used for every axis, resulting in a non-distorted image.

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benefits of cellular technology based system to society

Network home security systems, especially ones with cellular back-up, are more reliable than their old landline counterparts. While phone lines can be cut by a resourceful burglar or damaged during a natural disaster, network and cellular systems are less prone to these types of disruptions.

what single addition to the automobile gave the internal combustion engine the edge and resulted in most automobiles being produced with these engines?

The gas **vacuum engine**, the first internal combustion engine used industrially, was patented by Samuel Brown in 1823. In a vehicle and a boat, the invention was shown. It was then utilized commercially to pump water to the** Croydon Canal's** upper level in 1830.

**What three kinds of internal combustion engines are there?**

Internal **combustion engines** come in three main categories and are widely used today:

1. the spark ignition engine, which is generally used in automobiles;

2. the diesel engine, which is utilized in big vehicles and industrial systems and

3. is preferable to the more compact and lighter due to gains in cycle efficiency.

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a c-section specimen is designed to tolerate a stress-concentration factor for 1.75. calculate the allowable normal strength in the c-section if the material used to make the section has a yield strength of 84 kpsi.

The **allowable normal strength** in the c-section is **48000** pounds per square inch.

**The allowable stress** depends on both the factor of safety imposed on the object and the yield strength or stress at which an object will be permanently damaged. To calculate the allowable normal strength we can divide the yield strength by the factor of safety.

To determine the allowable normal strength output we can use this equation below:

**The allowable normal strength = The number yield strength : A stress-concentration factor**

The number yield strength is 84 kpsi.

Then convert kpsi to psi : 84 kpsi = 84000 psi

A stress-concentration factor is 1.75

The formula to find allowable normal strength output is:

84000 psi : 1.75 =** 48000 **

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what is the purpose of the fast fourier transform? a. it allows you to look at the trajectory of the device. b. it allows you to fit the plot with a trendline. c. it takes the signal from the position domain and represents it in the frequency domain instead. d. it allows you to plot the velocity v. the position instead of velocity v. time.

The **purpose **of the fast **Fourier transform **is it takes the signal from the position **domain **and **represents **it in the frequency domain instead, and it allows you to plot the **velocity**. The correct options are **c and d.**

FFT stands for "**Fast Fourier Transform**," which is an important measurement method. In the process, it dissects a signal into its individual spectral **components **and provides frequency information about the signal.

The output of the **FFT **is a **complex **vector that includes information about the signal's **frequency content**. The magnitude reflects the relative strength of the frequency components in comparison to other components.

Therefore, the correct options are **c and d.**

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technician a says that a macpherson strut typically does not include the spring as part of the strut assembly. technician b says that a modified strut typically does not include the spring as part of the strut assembly. which technician is correct?

Both technicians are correct.

**MacPherson** struts are a specific type of independent suspension found on a car's front axle. The **McPherson strut** replaces the steering rod and performs the functions of suspension and vibration dampening at the same time.

The **MacPherson strut**, which has a cheap production cost, is still a stunningly efficient solution to combine strength, spring, and stability.

Altered strut It differs from a standard MacPherson system since the **coil spring** is not an interior component of the strut body. It is primarily used in rear-wheel drive automobiles. The spring in a modified strut is situated between the lower control arm and the car's frame.

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3) which is not a way to minimize your exposure to radiation? * 1 point a) wearing a lead apron b) keeping a good distance c) standing behind a thick concrete wall d) wearing lead-lined gloves e) staying a longer time

Cloth is able to block the comparatively sluggish alpha **radiation** particles. **Synthetic fabric **(ideally, specialist clothes, such as HAZMAT suits), which covers the entire body, can block beta **radiation** particles, which are smaller and move faster.

Alpha and beta **radiation** particles can, of course, harm the body if they are inhaled, thus it is important to protect the airways (nose and mouth), even with a dust mask and more efficiently with a regular **respirator**. Hands and eyes should both be covered (goggles, gloves). The devastation of stem cells, which is what caused the first responders at **Chernobyl** to perish, is the primary cause of acute radiation sickness. StemRad efficiently shields tissue that contains these cells, preventing radiation sickness while preserving **mobility**.

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tech a says that yaw is when a vehicle deviates from its straight path. tech b says that roll is when the front of the vehicle noses down or rises up. who is correct?

Both **tech a** and **tech b **are correct

Confirming the statement of tech a:

**Yaw angle** is defined as the angle between the pointing line in the movement of car direction in which it is pointed.

Yaw angle describes the car rotation about vertical axis which is about y-axis. It is the angle between the axis parallel to the vehicle surface in fixed-earth coordinate system.

Yaw then describes a vehicle deviating from a straight path. Hence tech a is correct.

Confirming the statement of tech b:

In high speeds, vehicles tends to **tip over**. This is angular displacement of vehicle about its longitudinal axis.

When a vehicle tips over, then its weight is thrown out to the outside of corner which results into rolling of the vehicle.

Therefore, when the moving vehicle is turned to the left, then the driver throws to the right. Similarly, when the vehicle turns to the right, then the driver throws to the left which results into rolling of front wheel, causing the front of the vehicle to nose down or rise up.

Hence, tech b is correct.

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When the soluble BOD in the influent to the treatment plant rises from 129 mg/L to 201 mg/L, the operator called to ask your advice on a new MLVSS for the plant. It has been operating with an F/M of 0.45 mg/mg-d and the operator would like to continue using the same F/F. The plant data are as follows: flow rate = 7,673 m^3/d; aeration tank volume = 1,157 m^3; mixed liquor volatile suspended solids = 2,601 mg/L

The new mixed liquor volatile suspended solids from the given** plant data **is; 4052.72 mg/L

MLVSS is expressed as mixed liquor volatile suspended solids and it is the total amount (mg/L) of organic or **volatile suspended solids** in the mixed liquor residing in an** aeration tank**. This volatile portion in the aeration tank serves the purpose of measurement or indication of the microorganisms that are present.

We are given;

**Initial** BOD; y = 129 mg/L

New BOD; y' = 201 mg/L

F/M = 0.45 mg/mg-day

**Volume** of tank; V = 1157 m³ = 1157 × 10³ Liters

MLVSS = 2601 mg/L

1) The** discharge** from the **initial BOD** is gotten from the formula;

Q = ((F/M) * V * MLVSS)/y

Plugging in the relevant values gives;

Q = (0.45 * 1157 × 10³ × 2601)/129

Q = 10497756.98 Liters/day

2) Now, let us find the new MLVSS which would be gotten from the formula;

MLVSS' = (Q * y')/((F/M) * V)

MLVSS' = (10497756.98 * 201)/(0.45 * 1157 × 10³)

MLVSS' = 4052.72 mg/L

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The solid cylindrical rod of diameter and with shear modulus is attached to the rigid lever , and to the fixed support at (Figure 2). The vertical force P applied at causes a small displacement Δ at point . Show that the corresponding maximum shearing stress in the rod is = 2 Δ

**Answer:**

let me know if this helped

A mass of 5 kg of saturated liquid-vapor mixture of water is contained in a piston-cylinder device at 125 kPa. Initially, 2 kg of the water is in the liquid phase and the rest is in the vapor phase. Heat is now transferred to the water, and the piston, which is resting on a set of stops, starts moving when the pressure inside reaches 300 kPa. Heat transfer continues until the total volume increases by 20 percent.

Determine:

(a) the initial and final temperatures,

(b) the mass of liquid water when the piston first start moving

a) The **initial** and **final** **temprature** are 99.61°C and T3 = 259.07°C

b) The **mass** of liquid **water** when the piston first start **moving** is 0g

Using the data provided:

Initial **Pressure** = P1 = 125kPa

Mass of Saturated Vapor Liquid = m = 5kg

Initial Mass of Liquid water = mf = 2kg

Initial Mass of **Vapor** = mg = 3kg

The temperature for a mixture of liquid steam saturated with water according to the thermodynamic table is:

T₁ = 99.61°C

The specific volume is:

vf = 0.001043m³/kg

And the saturated volume is:

vg = 1.6941m³/kg

Therefore, the volume in state 1 will be equal to:

V1 = mfvf + mgvg

V1 = (2kg)(0.001043m³/kg) + (3kg)(1.6941m³/kg)

V1 = 5.084m³

In state 3 then the volume will be equal to:

V3 = 1.2V1

V3 = 1.2(5.084m³)

V3 = 6.1008m³

Then the specific volume will be equal to:

v3 = V₃/m

v3 = 6.1008m³/5kg

v3 = 1.2202m³/kg

For a pressure of 300 kPa and the previous specific volume found through the thermodynamic table, the value of the temperature is:

T3 = 259.07°C

Question b) When the piston first stats moving at P₂ = 300kPa and V₂ = V₁ = 5.084m³

v₂ =V₂/m

v₂ = 5.084m³/5kg

v2 = 1.0168m³/kg

While at 300 kPa the value of the vapor saturated vg = 0.88578m³/kg This implies that the condition is met:

v2 > vg

Therefore, no liquid is there in-cylinder when piston stats moving, mf = 0kg

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If the Poisson’s ratio of a 5 mm X 5 mm titanium alloy pin is 0.31 and it is elastically loaded

in tension from 100 mm to 105 mm. With the aid of a sketch, calculate the new side dimension.

The new dimensions of the **titanium** alloy pin will be that the **width** is 0.0775 mm and the **length** is 4.9225m.

The **Poisson's ratio** is the proportion of a material's change in width per unit width to its change in length per unit length due to strain. In order for a stable, isotropic, linear elastic material to have a positive Young's modulus, shear modulus, and bulk **modulus**, the Poisson's ratio must be between 1.0 and +0.5. Poisson's ratio values for the majority of materials fall between 0.0 and 0.5.

The formula for the **longitudinal strain** is:

= Change in length / Initial length

Based on the information, the **longitudinal strain** will be:

= 105 - 100 / 100

= 0.05

**Poisson ratio** will be illustrated as the change in the **width **divided by the longitudinal strain. :

0.31 = ∆w/5 / 0.05

∆w = 0.0775 mm

New side **length** will be the difference in the changes in the dimensions:

= w - ∆w

= 5 - 0.0775

= 4.9225m

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Purple hibiscusChapter 7Page. 90: The priest did not preach on the Christmas story or a gospel reading. Instead, he used to occasion to do what?
In the context of early childhood education, developmentally appropriate practice emphasizes.
why do people like apples
Write the ions present in solution of Pb(C2H3O2)2 .
Use the graph of the exponential function to answer the following question.Which statements about the graph are TRUE? Select all that apply. A. The x-intercept is 2. B. The y-intercept is 3. C. The asymptote is y = -1D. The range is all real numbers E. The domain is all real numbers F. The function shows growth G. As x increases, y approaches, but never reaches, -1
A 28 0 128 B C Problem 4.1 Determine the measure of the missing angle.
[tex]\sqrt{x} 10 greater than, less than, or equal to 3[/tex]
I want you to read the story and answer this question.1.) De dnde es mi amiga sol? De___
A. A one-way train ticket in the city costs $1.65. A monthly pass costs $55. For what numbers of rides should you buy the monthly pass?B. In February, there are exactly 4 weeks. You ride the train one time each weekday and two times on Saturdays and Sundays in February. About how much do you save by using the cheaper option?
. let s be the subspace of c[a, b] spanned by ex , xex , and x2ex . let d be the differentiation operator of s. find the matrix representing d with respect to [ex , xex , x2ex ].
an ester can be produced by: a. reacting acid anhydride with carboxylic acid b. reacting aldehyde with carboxylic acid c. reacting alcohol with carboxylic acid d. reacting aldehyde with carboxylic acid
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The manager of a theater wants to know whether the majority of its patrons are adults or children. One day, 5400tickets were sold and the receipts totaled $23,258. The adult admission is $5.50, and the children's admission is $3.50.How many adult patrons were there?There were adult patrons.
The energy stored in the chemical bonds of a carbohydrate molecule isA. specific heat. B. Kinetic energy. C. potential energy. D. worked.
Rewrite the sentences using the passive to emphasize the agent
Consumer Economics Each family in a neighborhood is contributing $20 worth of food to the neighborhood picnic. The Harlin family is bringing 12 packages of buns. The hamburger buns cost $2.00 per package. The hot-dog buns cost $1.50 per package. How many packages of each type of bun did they buy?Choose the correct equation that represents the number of buns purchased. [ Select ]Choose the correct equation that represents the cost of the buns. [ Select ][ Select ] packages of hamburger buns were bought.[ Select ] packages of hot dog buns were bought.
the path leading the nation to civil war culminated in the firing on fort sumter in april 1861. this chapter outlines the pivotal events between 1840 and 1861 leading to civil war. place the following key events in chronological order.
Calculate the kinetic energy of a 1000 kg car moving at 4 meters per second
Can someone help me out it dosent seem hard but its just hard for me to focus
Help with these 5 questions IM IN A HURRY!!(Brainliest/15pts