writing homework on Inspiring Young People in Learning, Creativity, and Job Application. Write a 250 word paper answering; Everyone who gets interested in working with children and also young people should bear some qualities such as being ambitious, committed to partnership, and should be valued as professionals (Selter & Bentley 34).

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Need help with my writing homework on Inspiring Young People in Learning, Creativity, and Job Application. Write a 250 word paper answering; Everyone who gets interested in working with children and also young people should bear some qualities such as being ambitious, committed to partnership, and should be valued as professionals (Selter & Bentley 34). They should also be able to offer the best achievable support to make sure that all children together with young people are capable of achieving their full potential and ensuring that they are safe (Selter & Bentley 34).

The supporting staff in the workforce should come up with the skills and also behaviors required in working effectively with the young people, the parents, and children as well as with each other in positive ways that lead to achieving better outcomes (McWilliam 35). Those in the workforce should be skilled with knowledge on how to support young people who particularly are vulnerable inclusive of those who are looked after, those that are disabled and also with mental problems (McWilliam 45).

Through the various education stages, young people face increasing difficulties in securing gainful employment and also career opportunities. When we focus on the world today, most of the unemployed people globally are young people (McWilliam 25). The government should come up with solutions to solve this problem like generating links with the work foundation to employ young people (McWilliam 15).

write an article on Design, Implement, and Test a Timer: Prototype Product. It needs to be at least 1500 words.

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Hello, I am looking for someone to write an article on Design, Implement, and Test a Timer: Prototype Product. It needs to be at least 1500 words. Pin 3 – also known as the output pin on this chip. If pin 3 and pin 7 happen to be in phase, Pin 3 is forced to go to a higher state. of about 2V less than the rail, whereas The LOW state is reached at around the voltage of about 0V to 0.5V. This denotes that pin 3 will produce only 200mA

Pin 4 – also known as the RESET pin. it is constantly connected internally to a HIGH state via a 100k resistor. The voltage must be below 0.8V for this pin to be reset.

Pin 5. Also called the control pin of the 555 timer chip. This pin varies the timing of the RC network when the voltage applied to this pin varied.

This denotes that pin 3 will produce only 200mA

Pin 6 – this is the threshold pin of the chip. Its function is to detect two-thirds of the rails voltage for it to produce a LOW output when pin 2 is in a HIGH state. this pin has a very high impedance and thus it is activated at around 1uA.

A 555 timer-based oscillator is a circuit that produces high and clear free waveforms. One can easily manipulate the output of these waveforms by connecting an RC circuit to a capacitor and two resistors. This circuit demonstrates a relaxation oscillator that generates stable squire waveforms. these waveforms may comprise duty cycles that are varying from 50-100% or may have a fixed frequency of around 500 kHz. These are different from a monostable circuit that stops after the preset time has elapsed. this oscillator has its own triggering mechanism which is arrived at by interfacing the trigger input pin2 and pin6 which is the threshold voltage. This feature qualifies this device as a stable oscillator circuit.

The oscillator circuit above shows pin two and pin six connected together. This permits the circuit to have a self-triggering mechanism in each operation cycle. Thus the circuit can be said to be an operation free-running oscillator.

This circuit above shows a voltage-to-frequency converter. this is so because the output frequency can be manipulated by varying the input voltage. Pin 5 the voltage control pin controls the trigger and the optimum levels. ven as two-third of the Vcc. This results from the internally build voltage divider. If an external voltage is applied at this specific point the control voltage can be changed.&nbsp.

write an article on Design, Implement, and Test a Timer: Prototype Product. It needs to be at least 1500 words.

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Hello, I am looking for someone to write an article on Design, Implement, and Test a Timer: Prototype Product. It needs to be at least 1500 words. Pin 3 – also known as the output pin on this chip. If pin 3 and pin 7 happen to be in phase, Pin 3 is forced to go to a higher state. of about 2V less than the rail, whereas The LOW state is reached at around the voltage of about 0V to 0.5V. This denotes that pin 3 will produce only 200mA

Pin 4 – also known as the RESET pin. it is constantly connected internally to a HIGH state via a 100k resistor. The voltage must be below 0.8V for this pin to be reset.

Pin 5. Also called the control pin of the 555 timer chip. This pin varies the timing of the RC network when the voltage applied to this pin varied.

This denotes that pin 3 will produce only 200mA

Pin 6 – this is the threshold pin of the chip. Its function is to detect two-thirds of the rails voltage for it to produce a LOW output when pin 2 is in a HIGH state. this pin has a very high impedance and thus it is activated at around 1uA.

A 555 timer-based oscillator is a circuit that produces high and clear free waveforms. One can easily manipulate the output of these waveforms by connecting an RC circuit to a capacitor and two resistors. This circuit demonstrates a relaxation oscillator that generates stable squire waveforms. these waveforms may comprise duty cycles that are varying from 50-100% or may have a fixed frequency of around 500 kHz. These are different from a monostable circuit that stops after the preset time has elapsed. this oscillator has its own triggering mechanism which is arrived at by interfacing the trigger input pin2 and pin6 which is the threshold voltage. This feature qualifies this device as a stable oscillator circuit.

The oscillator circuit above shows pin two and pin six connected together. This permits the circuit to have a self-triggering mechanism in each operation cycle. Thus the circuit can be said to be an operation free-running oscillator.

This circuit above shows a voltage-to-frequency converter. this is so because the output frequency can be manipulated by varying the input voltage. Pin 5 the voltage control pin controls the trigger and the optimum levels. ven as two-third of the Vcc. This results from the internally build voltage divider. If an external voltage is applied at this specific point the control voltage can be changed.&nbsp.

Complete 5 pages APA formatted article: EBuy Control Station. From the ISPs, there is a system of routers and switches leading to the eBuy control station. The control station has servers that must be linked to the core. The core is where high-speed internet is generated. The speed of the internet at the core can be as high as 100Tps. There is cloud security at the core and numerous encryptions in complex codes and robust passwords (Lucas, 2005).

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Complete 5 pages APA formatted article: EBuy Control Station. From the ISPs, there is a system of routers and switches leading to the eBuy control station. The control station has servers that must be linked to the core. The core is where high-speed internet is generated. The speed of the internet at the core can be as high as 100Tps. There is cloud security at the core and numerous encryptions in complex codes and robust passwords (Lucas, 2005).

From the ISPs, there is a DDoS mitigation center. DDoS stands for distributed denial of service, normally meant to attack the available networks. The attacked network is passed through high capacity networks with filters. The filters will help to scrub the traffic. The traffics must be identified correctly through signature comparison and by examining its different attributes such as JavaScript footprints, IP addresses, HTTP headers, and cookie variations (Lucas, 2005). The filters should also be able to separate human traffic from traffics caused by hijacked browsers. On this front, the company must go for the latest anti-DDoS technology. There are also cloud-based providers of DDoS mitigation (Norman, 2007).

There are outer switches and inner ones. The switches are placed between Wide Area Network (WAN) routers. The switches are used together with network intrusion detectors and firewalls. The intrusion detection system (IDS) is a software application that watches over the entire network system and guards against any malicious activities. eBay Pharmaceuticals would use a host-based intrusion detection system rather than a network-based one. The ideas will also help to detect and deter any violations of the laid-down security policies. They record all the information related to all the malicious activities and any attempted security policy violations and send reports to the administrators’ main control station.&nbsp.

The firewalls provide a buffer between the WAN and Local Area Network (LAN). In many cases, the WAN is more trusted than&nbsp.WAN.

prepare and submit a term paper on Fluid Mechanics: Bernoullis Theorem. Your paper should be a minimum of 1250 words in length. By varying the diameter of the pipe, the pressure of the fluid can be altered. Moreover, the percentage of the flow of fluid can be restricted or increased by changing the diameter of the pipe.

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You will prepare and submit a term paper on Fluid Mechanics: Bernoullis Theorem. Your paper should be a minimum of 1250 words in length. By varying the diameter of the pipe, the pressure of the fluid can be altered. Moreover, the percentage of the flow of fluid can be restricted or increased by changing the diameter of the pipe.

Bernoulli and Euler discovered the relationship between the pressure of the blood and the speed through which it flows out of the heart. Bernoulli evaluated that when he punctured the wall of the pipe containing a fluid. The eight of the fluid rose at the open-ended end of the pipe. He further discovered that there is a deep relationship between how much the fluid rose in the pipe and the difference in the pressure between the two ends of the pipe. Very soon, a blood pressure measuring system was introduced at over Europe that used similar statics as that of the Bernoulli apparatus. This apparatus involves sticking the capillary tube directly into the artery of the patient. This method for measuring blood pressure remained in use for 170 years. An Italian doctor introduced a better method for measuring h blood pressure in 1896 without puncturing the artery. This method is still used today for measuring blood pressure. However, the Bernoulli method for measuring blood pressure is used in aviation for measuring the speed of the air passing the aircraft.

Discovering more about the flow of fluids, Bernoulli studied the conservation of energy regarding the flow of fluids and evaluated the relationship between the potential and kinetic energy and the connection between the conversation of energy and the flow of fluids. He formerly discovered that as the height of the fluids is increased, it gains potential energy, and the kinetic energy of the fluid when it is released depends on the potential energy it gained through height. Dams and water reservoirs and hydroelectric generation plants utilize a similar principle to evaluate the amount of energy being taken as the output of the hydrodynamic energy. In dams and reservoirs sum of forces acting on the water increases its pressure at the output, speed of flow and, dynamic pressure, and kinetic energy.

writing homework on CAT Aircraft Make Use of Weather Radar. Write a 3000 word paper answering; Clear-Air Turbulence (CAT): when air masses have a turbulent movement where there are no visual cues that look like the clouds. The meeting of the air actually is the cause of the turbulence and this air move widely at different speeds.

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Need help with my writing homework on CAT Aircraft Make Use of Weather Radar. Write a 3000 word paper answering; Clear-Air Turbulence (CAT): when air masses have a turbulent movement where there are no visual cues that look like the clouds. The meeting of the air actually is the cause of the turbulence and this air move widely at different speeds.

It is not easy for the standard airplane radars to detect CAT. This because the CAT should have some association with the clouds that normally show a movement of air that cannot be predicted. When with cloud covers, the Clear-air Turbulence normally appears differently. This makes it not to be visible for both the eye and again. it cannot be measured with the sensors. Research shows that similar turbulence is likely to occur in the future several times or repeatedly because of a change in the climate. As a normal happening, there’s an occurrence of wind shear along the stream of the jet. In this case, several layers of air that are extended normally move in a horizontal manner, going against one another and taking totally different speeds. It is proved that strong wind shear can also create breaking waves such as those waves found on the water. Due to the breakages of such waves, there is normally the creation of vortices in the air or turbulence which are associated with clear air.

When there are lights and ranging instruments that are installed in the aircraft, laser-based is the one responsible for detecting such. To determine the density of the air, there’s the use of the backscatter values that are measured for air molecules, nitrogen, and oxygen. This is also enabled through the emission of UV short-wave radiations following the flight direction. The information on turbulence, mostly in distant areas, is then provided by the fact that there is a fluctuation in the density. This usually makes it just for the first time to be visible and very predictable.

write an article on State Based Ladder Logic Programming. It needs to be at least 1500 words.

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Hello, I am looking for someone to write an article on State Based Ladder Logic Programming. It needs to be at least 1500 words. The third ENEL 380 Lab entailed making a PLC program, which could work a carport opening/ entrance. We were obliged to execute this system utilizing a state diagram, and to structure our ladder logic around this state diagram. We started by analyzing the issue and verified that there were five inputs, two yields, and five states, in extra to an introduction state, which would be actualized to accurately take care of this issue. We drew a state diagram of the issue, and afterward characterized and named workspace bits for each of the five states, which the system could be in.

We then started to execute this venture in CX-Programmer. We began by exchanging our workspace bits to the image table and afterward made seven segments for the system, states, which can be in, and one to control the yields of the PLC. The five-carport opening/ entrance states were coded utilizing interlock orders, guaranteeing that while the project was dynamic in that state, just the inputs and yields in those segments would be redesigned. While dynamic, these states screen the inputs and, taking the state diagram, guarantee that the system moves to the proper state of consummation. We finished our ladder logic by actualizing a yield area, which controls the motor taking into account the state dynamic. We tried our answer, and it worked suitably. We noticed that while it took more time to plan the state diagram, the project was all around composed, simple to peruse, investigate, and alter. We were then requested that adjust the project such that the opening/ entrance opening motor could keep running for at most 5 seconds. By making another state diagram and altering our current system we found that once legitimately developed, changing a state-based ladder diagram is simple and snappy. We presumed that, while planning projects utilizing state diagrams may take a considerable measure of time at first, keeping them in an exceptionally direct manner, and hence is profitable over the long haul, especially when programming ventures are complex.

Writing assignment on environmental impact of building new airports.

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I need some assistance with these assignment. environmental impact of building new airports Thank you in advance for the help! According to Graham (2014), Noise from aircraft as well as from traffic going to and from airports has traditionally been considered the most important environmental problem at airports. Building more airports will lead to an increase in noise pollution. In many cases, the noise is easily perceived and annoying, especially where this occurs frequently. Aircraft noise is created by both the engine and the airframe and is mostly manifested during landing and take-off as well as under frequently-used flight paths. Other sources of noise include noise generated from taxiing aircraft, the application of reverse-thrust which is an optional braking aid on landing, on-site vehicular traffic, and engine tests. The effects of noise pollution include: Sleep disturbance, Loss of concentration, Anger, Fear of accidents and of a potential increase in the frequency of noise, Cardiovascular effects, frustration and powerlessness to control the noise, Mental health, Diminished educational achievement as a result of either direct effect or loss of teaching time because of noise disruptions (Parliamentary Office of Science and Technology, 2003), Adverse effect on performance for instance in reading, problem-solving, attentiveness and memory, Continued or excessive exposure to noise can bring about hypertension and ischaemic heart disease, and Noise above 80dB may increase aggressive behavior

Airport noise can also have negative effects on children’s health and development. A study by Cohen, et. al., in 1980, studied the impact of aircraft noise on children’s health and found higher systolic and diastolic pressure in children living to close the Los Angeles airport when compared to those living further away. In 1995, Evans, et. al., discovered a relationship between chronic noise exposure in addition to elevated neuroendocrine and cardiovascular measures in those children living close to Munichs International Airport. Studies have also linked exposure to aircraft noise with deficits in learning.&nbsp.

Complete 7 pages APA formatted article: Materials and Process: Welding. Welding is done by making use of fusion techniques in which one metal is fused into the other to give the essence of being essentially a single element whereas non-fusion processes do not make use of welding techniques and are carried out without making use of filler material as in case of soldering and brazing. &nbsp.Solid-phase welding is the type of fusion process that essentially makes use of welding techniques without incorporating heat, for example, friction welding. Poor welds result in early failure of mechanical structures and can result in such serious consequences.

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Complete 7 pages APA formatted article: Materials and Process: Welding. Welding is done by making use of fusion techniques in which one metal is fused into the other to give the essence of being essentially a single element whereas non-fusion processes do not make use of welding techniques and are carried out without making use of filler material as in case of soldering and brazing. &nbsp.Solid-phase welding is the type of fusion process that essentially makes use of welding techniques without incorporating heat, for example, friction welding. Poor welds result in early failure of mechanical structures and can result in such serious consequences.

Defects and failures are observed in mechanical systems and components as a result of excessive wear or loading of the component. Here is the exhaustive list of some of the most commonly used components in important mechanical systems with their associated defects and failures.

Below is the image of an aluminum collet used to get attached to a steel rope. These specifically made of molten aluminum, cast to get the desired shape. Casting gives good strength and durability to the final products. Casted equipment is then precision machined with CNC machining tools to give better accuracy to the collets. It is used underwater due to the corrosion resistance property of aluminum. Aluminum gets oxidized quickly and its oxide is hard and ductile in nature which really protects the ships and other underwater substances from corrosion.

Stabilized stainless steel is specifically used to prevent intergranular corrosion instances. In such cases, corrosion directly attacks the boundaries of the crystallites within the crystalline materials. In stabilized stainless steel, these crystalline boundaries are protected by introducing other elements like chromium which make a layer of their carbides over the crystals thus making the surfaces corrosion-resistant (Erve et al., 1997). Therefore, it is less prone to corrosion at temperatures below 50ͦ C in a chlorine environment.

Write 6 pages with APA style on V-Shape of River Derwent. One such interesting river is Derwent in Yorkshire, England where it demonstrates various exciting features. River Derwent is undoubtedly one place many people tend to flock.

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Write 6 pages with APA style on V-Shape of River Derwent. One such interesting river is Derwent in Yorkshire, England where it demonstrates various exciting features. River Derwent is undoubtedly one place many people tend to flock.

The River Derwent flows from North York heading to the southern part, where it converges with River Hertford, then heads westwards. At the Vale of York, River Derwent now joins with River Ouse. This river was at the center of conflict in the past but now, it proves to be essential to many people especially in the cities of Leeds, Hull, Scarborough, and York. Besides being used as a reserve for several natural features, the river is often used in sporting activities. Moreover, since it has been proved to have low Biochemical Oxygen Demand (BOD), its water is seen as of good quality (Carstairs 2007).

As stated above, there is hardly an explanation offered by observers who frequent a river to witness its magnificent features concerning its various appearances. Unknown to many is that a river undergoes various processes, which eventually lead to a particular appearance. This section will now focus on the processes that lead to the V-shape appearance specifically the one at River Derwent in the Cumbria part. Normally, there exist three major types of river processes including Deposition, Transportation, and Erosion. The intensity of each is largely dependent on the magnitude of the energy (Bellmore and Baxter 2013). That is to say, the effects of each of these will be seen mainly depending on the energy the river can exert. The amount of energy water has is dependent on three factors: the mass of water, channel-gradient, and the river’s height above the sea level.

Depending on the energy a river has, the transportation of any material cannot begin until friction is subdued where the loosened materials now are transported. Further, turbulence energy is another determinant of transportation. In short,&nbsp.friction with the banks and the bed coupled with the velocity the river has will determine how well the river will transport the sediments. In the case of River Derwent, its energy can carry some materials due to its energy (Carstairs 2007).