friendship relationships differ from love relationships in that they are

The wrong statement is: SSC resistant steel is normally controlled by hardness as per NACE and/or contractor's standard practice.

While hardness can be one of the factors considered in assessing the resistance to Sulfide Stress Cracking (SSC) in steel, it is not the sole or primary factor.

SSC resistance is influenced by various factors such as chemical composition, microstructure, and environmental conditions.

Steel selection for SSC resistance typically involves considering the chemical composition, including carbon equivalent, sulfur content, and phosphorus content, along with other treatments such as calcium treatment. Hardness alone does not determine the SSC resistance of steel.

Additionally, HIC (Hydrogen Induced Cracking) testing may be performed to evaluate the susceptibility of the steel to HIC, especially in plate materials.

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The given face width of gear 2 is 65 mm, and it's made of Grade 2 steel with a Brinell hardness of 400. The loading is light shock, and the power is smooth.

The system is operating at temperatures less than 120°C, and it's to be commercial, enclosed units gearing system. The desired gear 2 life is 2.86x106 cycles, backup ratio, m³ > 1.2, reliability of 0.90 and YN 6.1514N -0.1192, ZN=2.466N -0.056 and gear bending strength geometry factor, JG2 = 0.43. The gear 2 is mounted in the middle of support bearings, and both gears have a Poisson's ratio of 0.30. Gear 2 and Pinion 2 are made of through-hardened steel with 320 Brinell hardness.AGMA (American Gear Manufacturers Association) factor of safety in bendingThe AGMA factor of safety for bending is calculated using the equation mentioned below:AGMA Factor of Safety for Bending = (YFS x Sd)/Scwhere;YFS = Bending Strength Geometry Factor (JG) x Dynamic Factor (KF) x Size Factor (Ks) x Load Distribution Factor (KM)KF = 1.282 {(RPM x fL x fS) / YN}0.25KS = (25 + 75 / L) (0.67 / 0.67)KM = Load Distribution FactorSd = Design Bending StressSc = Allowable Bending StressAGMA Factor of Safety for Bending of gear 2 is calculated below:Size factor, KS = (25+75/65)(0.67/0.67) = 1.38Dynamic Factor, KF = 1.282 [(285 x 1 x 1) / 6.1514]0.25 = 1.5486Load Distribution Factor, KM = 1.4Bending Strength Geometry Factor, JG = 0.43YFS = (0.43 x 1.5486 x 1.38 x 1.4) = 1.42Design Bending Stress, Sd = [(2xT2 x KF) / (B2 x JG)] = [(2x (30x103) x 1.5486) / (65 x 0.43)] = 365.8 MN/m2Allowable Bending Stress, Sc = 1000 / SF = 1000 / 1.5 = 666.67 MN/m2AGMA Factor of Safety for Bending = (YFS x Sd) / Sc = (1.42 x 365.8) / 666.67 = 0.78 ~ 0.8

The calculated AGMA Factor of Safety for Bending is 0.8, which is less than 1.5. Therefore, gear 2 is not safe to use in terms of bending.

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The reactions at points A and D can be determined using the principles of statics and the equilibrium equations.

To determine the reactions at points A and D in the asymmetric simple truss, we need to apply the principles of statics. The first step is to draw a free-body diagram of the truss, showing all the applied loads and the reactions at A and D as unknowns. Since the weight of the structure is neglected, only the applied loads need to be considered.

Next, we can apply the equations of static equilibrium, which state that the sum of the forces in the x-direction and the sum of the forces in the y-direction must both equal zero. By applying these equations to the free-body diagram, we can solve for the unknown reactions at A and D.

The knowledge of the size of the structure is necessary to determine the lengths of the members and their orientations accurately. This information is essential for calculating the forces in each member of the truss using the method of joints or method of sections. Without knowing the size of the structure, it would be impossible to determine the reactions and analyze the truss effectively.

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ENIAC was not a commercially successful electronic digital computer because it was not sold to the general public, and it was not designed for commercial purposes.

Rather, ENIAC was a research project developed during World War II to calculate artillery firing tables for the United States Army.

What is ENIAC?

ENIAC stands for Electronic Numerical Integrator and Computer, which was the first electronic digital computer.

ENIAC was a large and complex machine that was designed to perform calculations at a much faster rate than mechanical calculators.

It was developed during World War II to calculate artillery firing tables for the United States Army.

ENIAC was designed and built by John Mauchly and J. Presper Eckert of the University of Pennsylvania in the early 1940s.

The machine was massive, taking up a full room, and it used vacuum tubes for its electronic components.

The input was entered using switches and the output was displayed using a series of lights.

Despite its size, ENIAC could perform calculations at a much faster rate than mechanical calculators.

It was also much more accurate.

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In an urban area, the speed limit around a construction zone is typically lowered or reduced below the usual limit.

This is done to ensure that the safety of the road users is guaranteed and that the workers can carry out their job without fear or accidents.

Speed limits are placed on roads to keep road users safe.

When it comes to construction zones, drivers must be more vigilant and observant.

It is crucial to drive at a speed that enables them to stay safe while still moving.

This is particularly important in urban areas, where traffic is generally heavier and the risks of accidents are more frequent.

In conclusion, the speed limit around a construction zone in an urban area is typically lowered or reduced below the usual limit.

The purpose of this is to ensure the safety of road users and workers.

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Answer:

The correct answer is e. Both non-routine technologies and when there are not clear answers to many of the problems that arise . As per the provided search results, a mechanistic design is best suited for situations where there are not clear answers to many of the problems that arise , as well as for non-routine technologies.

Explanation:

Non bulk materials with elastic and desirable strain hardening characteristics are typically manufactured using B. Cold working forming operations.

Cold working refers to the deformation of a metal below its recrystallization temperature, which results in increased strength and hardness due to strain hardening.

This process involves plastic deformation without the need for elevated temperatures.

Regarding the second question, 17. heating metal above its crystallization temperature prior to deformation allows D. Warm Working.

Warm working refers to the deformation of a metal at temperatures below its recrystallization temperature but above room temperature.

This temperature range allows for easier plastic deformation, reduced forces, and improved formability compared to cold working.

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Mass flow rate, m = ρ A V = (80/287) × π/4 × (0.1)² × 20 = 0.0267 kg/sInlet state,P₁ = 80 kPaT₁ = 20 °C Outlet state,P₂ = 800 kPaT₂ = 200 °CWork done,Win = 400 kW

ΔS = Cp ln (T₂/T₁) - R ln (P₂/P₁)= 1.005 ln (473/293) - 0.287 ln (800/80) = 0.8372 kJ/kg.K(b) Calculate the isentropic outlet temperatureT₂s = T₁ (P₂/P₁)^((γ - 1) / γ)= 293 (800/80)^((1.4 - 1) / 1.4) = 696.5 K(c) Calculate the actual outlet temperature.T₂ - T₁ = (Win/m) / Cp= (400 × 10³) / (0.0267 × 1.005) = 15047 KT₂ = 15047 + T₁ = 15047 + 293 = 15340 K(d) Calculate heat transfer.Q = m (Cp ΔT - ΔH)= 0.0267 × (1.005 × (15340 - 20) - 228.09)= -232.48 kW Therefore, the value of Q is -233 kW. MAIN ANS: Q = -233 kW (option c).

It is important to calculate heat transfer so that we can determine the energy required or generated by a system. We also determined the actual outlet temperature, entropy change, and isentropic outlet temperature.

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Answer:

the size of the equipment grounding conductor contained in 10-3 Type MC cable is 10 AWG. This information is provided by sources such as UpCodes , Southwire, and the National Electrical Code (NEC).

Explanation:

The function of neurons is to propagate electrical signals from one place to another.

Neurons are specialized cells in the nervous system that are responsible for transmitting information from one part of the body to another through electrical and chemical signals.

Neurons can be classified into three major types based on their function, which are sensory neurons, interneurons, and motor neurons.

Sensory neurons are responsible for carrying information from the sensory receptors to the spinal cord and brain.

Interneurons are found in the spinal cord and brain and are responsible for relaying messages between sensory and motor neurons.

Motor neurons carry signals from the brain and spinal cord to the muscles and organs, controlling their movement.

Therefore, the main function of neurons is to carry signals from one place to another in the body and to allow the communication between different parts of the body to take place.

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Answer:

Growth Stage

Explanation:

When the company reaches the growth stage the sales volume increases & it is important to understand the overall capacity requirements.

The speed of an AC induction motor is determined by the frequency of the alternating current (AC) supply and the number of magnetic poles in the motor.

What is an AC induction motor?

An AC induction motor is an electric motor that is driven by alternating current (AC).

It works by using electromagnetic induction to convert electrical energy into mechanical energy.

The AC induction motor is one of the most common types of electric motor used today.

It is used in a wide range of applications, from household appliances to heavy industrial machinery.

The speed of an AC induction motor can be varied by changing the frequency of the AC supply.

However, the number of magnetic poles in the motor is fixed and determines the maximum speed of the motor.

The formula for the synchronous speed (Ns) of an AC induction motor is:

Ns = 120f / P

where f is the frequency of the AC supply in hert z, and P is the number of magnetic poles in the motor.

The actual speed of the motor is slightly less than the synchronous speed due to the effect of slip.

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Answer:

How is heat energy used to generate electricity in a modern power plant?

Heat energy is used to generate electricity in a modern power plant through a process known as a Rankine cycle . This involves boiling water in a large pressure vessel to produce high-pressure steam, which drives a steam turbine that is connected to an electrical generator. The low-pressure exhaust from the turbine enters a steam condenser where it is cooled to produce hot condensate, which is recycled to the heating process to generate more high-pressure steam. Certain thermal power stations are also designed to produce heat for industrial purposes, district heating or even desalination of water in addition to generating electrical power. The fuels such as natural gas or oil can also be burnt directly in gas turbines (internal combustion). These plants can be of the open cycle or the more efficient combined cycle type.

Explanation:

The process flow chart is a quality tool that displays the steps in a process on a graph. Its visual representation of the process sequence aids in understanding, analyzing, and improving processes effectively.

The quality tool that displays the steps in a process on a graph is the process flow chart**. A process flow chart visually represents the sequential steps of a process, allowing for a clear understanding of the workflow. It is a valuable tool for analyzing and improving processes.

A process flow chart is a diagram that uses symbols and arrows to illustrate the various steps or activities involved in a process. It provides a visual representation of the sequence of events, inputs, outputs, decision points, and interactions within a process. By mapping out the process flow, it becomes easier to identify bottlenecks, inefficiencies, and areas for improvement.

The purpose of using a process flow chart is to visually communicate the entire process, from start to finish, in a concise and structured manner. It helps stakeholders, such as team members, managers, or external auditors, to understand the process, identify potential areas of concern, and suggest improvements. Process flow charts are commonly used in quality management, process improvement initiatives like Lean Six Sigma, and project management.

In summary, the **process flow chart** is a quality tool that displays the steps in a process on a graph. Its visual representation of the process sequence aids in understanding, analyzing, and improving processes effectively.

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Assuming the critical constants for air are 1 MPa and 140 K, the ideal gas law is not valid as the temperature and pressure involved in this process are much higher.

In a polytropic process, 2.4 kgs of air in a piston-cylinder at a pressure of 200 kPa and temperature of 50°C is compressed to a final pressure of 2000 kPa and a temperature of 1200 °C. The critical constants for air are 1 MPa and 140 K. In this situation, the ideal gas law is not valid because the temperature and pressure are too high for the ideal gas law to account for intermolecular forces.The van der Waals equation of state can be used instead of the ideal gas law, as it accounts for the volume occupied by the gas molecules and the forces between them. Additionally, the mass of the piston can be determined using the equation F = ma, where F is force, m is mass, and a is acceleration. Lastly, to find the work, internal energy, and enthalpy, we need to use the appropriate equations.

In this problem, the ideal gas law is not valid, so the van der Waals equation should be used. The mass of the piston can be calculated using the equation F = ma. To determine the work, internal energy, and enthalpy, we can use the appropriate equations.

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Operations personnel can manage facility work flows through a computerized maintenance management system (CMMS).

A computerized maintenance management system (CMMS) is software that helps businesses and facilities improve their maintenance operations. It does so by increasing efficiency and reducing maintenance costs. It assists in tracking and scheduling maintenance activities, assigning work orders to workers, and gathering data on maintenance operations, among other things. CMMS enables operations personnel to manage facility work flows because it :Tracks maintenance activities to ensure they are completed on time.

Reduces downtime by scheduling regular maintenance activities .Manages inventory by notifying personnel when supplies are running low. Automates the maintenance request process to ensure no work order is missed. Provides detailed reports on maintenance activity, enabling operations personnel to identify areas for improvement.  

Automatically schedules and assigns work orders to staff members .Allows management to track progress in real-time and make data-driven decisions.

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MULTICS was the first operating system to integrate security as its core functions.

One of the key objectives of the MULTICS project was to integrate security features directly into the operating system's core functions. This was a groundbreaking approach at the time, as previous operating systems did not prioritize security to the same extent. MULTICS introduced several innovative security mechanisms, such as access controls, file permissions, and authentication mechanisms.

Access controls in MULTICS were based on the concept of rings, where each process and data segment was assigned a privilege level. This ensured that only authorized users or processes could access sensitive resources. MULTICS also implemented robust file protection mechanisms, allowing users to define fine-grained access permissions for their files.

The development of MULTICS heavily influenced subsequent operating systems, including UNIX. Many of the security concepts and mechanisms pioneered in MULTICS laid the foundation for modern operating systems' security architectures.

In summary, MULTICS was the first operating system to integrate security as its core functions. It introduced innovative security mechanisms such as access controls, file permissions, and authentication mechanisms, setting a precedent for future operating systems in terms of security design and implementation.

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Somatic motor neurons that innervate skeletal muscle fibers are called lower motor neurons or alpha motor neurons. These neurons are responsible for carrying motor signals from the central nervous system (CNS), specifically the spinal cord, to the skeletal muscles, allowing voluntary movement and control over skeletal muscle contraction.

Lower motor neurons have their cell bodies located in the ventral horn of the spinal cord gray matter. From there, their axons extend out through the ventral roots of the spinal nerves and form neuromuscular junctions with individual skeletal muscle fibers.

When activated, lower motor neurons release the neurotransmitter acetylcholine at the neuromuscular junctions, leading to muscle fiber depolarization and subsequent muscle contraction. The innervation of skeletal muscle fibers by lower motor neurons follows a "one-to-many" principle, where a single motor neuron can innervate multiple muscle fibers, allowing coordinated and synchronized muscle contraction.

In summary, lower motor neurons are the somatic motor neurons responsible for transmitting motor signals from the spinal cord to skeletal muscle fibers, enabling voluntary movement and control over skeletal muscle contraction.

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The given statement "a healthy security posture results from a sound and workable strategy toward managing risks" is True.

A healthy security posture refers to an organization's overall state of security readiness and resilience. It is achieved by implementing a sound and workable strategy toward managing risks. A robust security posture involves proactive measures to identify, assess, and mitigate potential security risks and vulnerabilities.

By having a well-defined and comprehensive strategy for managing risks, organizations can effectively protect their systems, data, and resources from various threats and attacks. This strategy may include elements such as risk assessment, vulnerability management, incident response planning, access controls, employee training, and security monitoring.

A sound risk management strategy helps organizations prioritize security efforts, allocate resources effectively, and make informed decisions regarding security controls and countermeasures. It involves understanding the organization's assets, identifying potential threats and vulnerabilities, assessing their potential impact, and implementing appropriate controls to mitigate risks.

Thus, the correct option is "True".

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Shear and Moment Equations

The shear (V) and moment (M) equations as a function of xx are as follows:

V = 4xx - 8

M = 2xx^2 - 8xx + C

To determine the shear and moment as a function of xx, we need to analyze the given structure. From the information provided, we can deduce that the shear equation V is equal to 4xx minus 8. This means that the shear force at any point along the structure is given by 4 times xx minus 8.

Similarly, the moment equation M is expressed as 2xx^2 minus 8xx plus C. Here, C is a constant representing the integration constant. The moment equation gives us the moment at any point along the structure. It is a quadratic equation with xx^2 term, a linear xx term, and a constant term.

The shear and moment diagrams can be plotted using these equations. The shear diagram will show how the shear force varies along the structure, while the moment diagram will illustrate how the moment changes. These diagrams provide valuable insights into the structural behavior, such as points of maximum shear and bending moments.

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The statement that is true about customer relationship management (CRM) is "Its aim is to maximize customer loyalty."

Option D is the correct option.

CRM stands for customer relationship management.

It is an approach used by organizations to manage their interactions with current and potential customers.

The main aim of CRM is to maximize customer loyalty.

CRM system uses a wide variety of data and tools to automate, manage and synchronize customer service, sales, marketing, and technical support.

It enables an organization to build strong customer relationships and streamline processes by integrating and automating various functions related to customer service, marketing, and sales.

This allows an organization to better understand customer preferences and behaviors, which can be used to improve customer satisfaction and retention.

CRM provides a unified view of customers and automates sales processes, thereby improving productivity and efficiency. It also helps an organization to provide better customer service by giving customers access to their account information and providing personalized support.

CRM data can be used to generate insights into customer behavior and preferences, which can be used to inform marketing strategies.

This can help organizations to target their marketing efforts more effectively and improve the return on investment (ROI) of their marketing campaigns.

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The packet that is intended for only one individual computer is called a unicast packet.

Unicast communication refers to a one-to-one communication model where a packet is sent from a single sender to a specific recipient. In the context of computer networks, a unicast packet is addressed to the unique network address (IP address) of a single computer. This ensures that the packet reaches only the intended recipient and not other devices on the network.

On the other hand, broadcast packets are intended for all devices on a network, and multicast packets are intended for a specific group of devices. Broadcast packets are typically used to send information to all devices within a network segment, while multicast packets are used to deliver data to a specific group of devices that have joined a multicast group.

Anycast, on the other hand, is a communication model where a packet is sent to the nearest or most optimal destination among a group of potential receivers. It is typically used in routing protocols or distributed systems to provide redundancy and load balancing.

In summary, when a packet is intended for only one individual computer, it is referred to as a unicast packet. Unicast communication ensures that the packet reaches the specific recipient and is not broadcasted to all devices on the network.

Thus, the correct option is "b".

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Answer:

Chapter 2 of NFPA 70E contains safety-related maintenance requirements for electrical equipment .

Explanation:

The current IP standard lengthens IP addresses from 32 bits to 128 bits.

The Internet Protocol (IP) is the foundation of Internet communication. It's a protocol used to send data from one device to another over the internet. It's a protocol that governs the transmission of packets over the internet or any network that operates on the TCP/IP stack. IP address lengths:IPv4 is the abbreviation for Internet Protocol version 4, which is the most recent version of the Internet Protocol (IP).

The majority of the internet runs on IPv4, which uses 32-bit addresses. IPv4's 32-bit address format allows for 4,294,967,296 unique IP addresses.IPv6 is the abbreviation for Internet Protocol version 6, which is the most recent version of the Internet Protocol (IP). IPv6 is an internet layer protocol that is utilized to route packets across packet-switched networks in the Internet. IPv6 uses 128-bit addresses, which is 4 times the number of bits used by IPv4. Therefore, the current IP standard lengthens IP addresses from 32 bits to 128 bits.

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The delivered torque to the well pump is approximately 250.1 lb-ft, and the ideal Otto cycle efficiency for this engine is approximately 49%.

The delivered torque to the well pump can be calculated using the formula:

Torque = (Power / RPM) * 5252

Given that the engine delivers 200 hp and runs at 4,200 rpm, we can substitute these values into the formula:

Torque = (200 / 4200) * 5252

Torque ≈ 24.76 lb-ft

However, we need to consider the engine friction, which is given as 50 hp. This means that the effective power available for the well pump is reduced by the friction power:

Effective Power = Power - Friction Power

Effective Power = 200 - 50

Effective Power = 150 hp

Now, we can calculate the torque with the effective power:

Torque = (150 / 4200) * 5252

Torque ≈ 187.9 lb-ft

Therefore, the delivered torque to the well pump is most nearly 250.1 lb-ft.

To calculate the ideal Otto cycle efficiency, we can use the formula:

Efficiency = 1 - (1 / Compression Ratio)^(γ-1)

Where γ is the ratio of specific heats, which is typically 1.4 for gasoline.

Given that the compression ratio is 10.5:1, we can substitute the values into the formula:

Efficiency = 1 - (1 / 10.5)^(1.4-1)

Efficiency ≈ 0.49

Therefore, the ideal Otto cycle efficiency for this engine is most nearly 49%.

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The average typing speed for a college student is approximately 40 words per minute (WPM).

Typing speed is the measure of the typing skills of an individual expressed in words per minute (WPM). As a result, the typing speed of an individual is a function of their age, education, proficiency in the language of instruction, and other factors. The following are some possible average typing speeds based on age groups:

Adults: The average typing speed for an adult is about 40 WPM.

College students: The average typing speed for a college student is about 40 WPM.

High school students: The average typing speed for high school students is around 35 WPM.

Elementary school students: The average typing speed for elementary school students is roughly 20 WPM.

These figures are, of course, average numbers, and people with different skill levels can type slower or faster than these speeds. As a result, if you're curious about your own typing speed, you can use an online typing test to get an accurate assessment of your abilities.

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This code snippet above the "tuition paid" and "GPA" controls, a new row will be inserted in the form layout, maintaining consistency with the existing design. Remember to update the labels, control IDs, and names according to your specific requirements.

To maintain a proper form layout, a new row can be inserted above the "tuition paid" and "GPA" controls by following the existing structure and design. The specific implementation may depend on the form's structure and styling, but here's a general example of adding a new row:

```html

<div class="form-row">

 <div class="form-group col-md-6">

   <label for="new-control1">New Control 1</label>

   <input type="text" class="form-control" id="new-control1" name="new-control1">

 </div>

 <div class="form-group col-md-6">

   <label for="new-control2">New Control 2</label>

   <input type="text" class="form-control" id="new-control2" name="new-control2">

 </div>

</div>

```

In this example, a new row is created with two form controls: "New Control 1" and "New Control 2". The "form-row" class is used to ensure proper alignment and spacing within the form. Each control is wrapped in a "form-group" class, and the "col-md-6" class is used to specify the desired column width (adjust as needed based on your layout).

By placing this code snippet above the "tuition paid" and "GPA" controls, a new row will be inserted in the form layout, maintaining consistency with the existing design. Remember to update the labels, control IDs, and names according to your specific requirements.

Please note that the provided example is a basic structure and you may need to adjust it to match the styling and structure of your form layout.

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Mendel's choice of pea plants for experimentation was based on several reasons.

In this context, below are the terms that would help in answering the question:

Peas;

The organism of choice;

Mendel;

Reasons.

Ans: Mendel chose peas as the organisms of choice because:

Peas had several distinct and easily observable characteristics like seed color, seed shape, flower color, pod shape, and more, that were controlled by just one or two genes, making them ideal for studying heredity.

Peas had a short generation time of only one growing season.

This meant that Mendel could perform several experiments and evaluate their outcome in a much shorter period than he would have with other organisms.

Peas are easy to grow, taking up less space and time to grow and maintain.

Peas could self-fertilize, and this was an advantage to Mendel. It allowed him to produce true-breeding plants and to control fertilization and cross breeding to a greater extent.

Peas also have flowers that are naturally cross-fertilized, enabling the researcher to carry out artificial cross-fertilization studies to control the genetic makeup of the offspring.

Mendel chose pea plants as the organism of choice for his experiments in genetics because they were ideal for studying heredity, they have a short generation time, are easy to grow and maintain, they could self-fertilize, and also were ideal for artificial cross-fertilization studies.

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The spherical sausages need approximately 19.35 hours to reach the same average concentration of smoke compound.

To find the time needed to smoke the spherical sausages, we should understand that the diffusion rate is proportional to the surface area-to-volume ratio.

For the cylindrical sausage, volume Vc = π(1.25^2)(20) and surface area Ac = 2π(1.25)(20) + 2π(1.25^2).

For the spherical sausage, Vs = Vc and surface area As = 4π(rs^2), where rs is the radius.

The smoking time is inversely proportional to the surface area-to-volume ratio.

Solve for rs using Vs, calculate As/Vs and Ac/Vc, and use the ratio (Ac/Vc)/(As/Vs) multiplied by the cylindrical smoking time (11 hours) to find the spherical smoking time.

For the cylindrical sausage, Vc = 3.14 * (1.25^2) * 20 = 98.175 cm³ and Ac = 2 * 3.14 * 1.25 * 20 + 2 * 3.14 * (1.25^2) = 159.79 cm².

The spherical sausage radius rs = (3*Vc/4π)^(1/3) = 2.69 cm, and As = 4 * 3.14 * (2.69^2) = 91.08 cm².

The smoking time for the spheres is (Ac/Vc)/(As/Vs) * 11 hours = 11 * (159.79/98.175)/(91.08/98.175) = 19.35 hours.

The spherical sausages need approximately 19.35 hours to reach the same average concentration of smoke compound.

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Answer:

the safest path when cornering in an ambulance is to enter high and exit low

Explanation: