Write the definition of the class template ArrayListType, and the derived class unordered ArrayListType. Provide implementations for the non abstract functions in the base template class, and implementations of the template functions in the derived template class Writea test program to test the functions in the derived template class. Instantare objects of type derived class in your test program using template parameters of type float, intYou may use the example provided in the lecture sildes. Many of the functions were implemented in the slides Some were not implemented and you will have to implement them yourself in this lab. Below are the definitions of the base template class and the derivedtemplate class from the lecture sides)template class arrayListType{public:const arrayListType &operator= (const arrayListType &);//Overloads the assignment operatorbool isEmpty() const;bool is Full () const;int listSize () const;int maxListSize () const;void print () const;bool isItemAtEqual (int location, const elemType & item) const;virtual void insertAt (int location, const elemType& insert Item) = 0;virtual void insertEnd (const elemType & insertItem) = 0;void removeAt (int location);void retrieveAt (int location, elemType& retItem) const;enitem) 0:void removeAt (int location);void retrieveAt (int location, elemTypes retItem) const;virtual void replaceAt (int location, const elemTypes repItem) = 0;void clearList ();};};virtual int seqSearch (const elenTypes searchItem) const = 0;virtual void remove (const elemTypes remove Item) = 0;arrayList Type(int size - 100);arrayList Type (const arrayListTypeclass unorderedArrayListType: public arrayListType(public:void insertAt (int location const elemType & insertItem);void insertEnd (const elemType& insertItem);void replaceAt (int location, const elemType & repItem);int seqSearch (const elemType & searchItem) const;void remove (const elemType & removeItem);unorderedArrayList Type (int size=100);//Constructor

Answer:

Cool.

Explanation:

Answer: Your welcome!

Explanation:

Current I = 200/√(10^2 + (2π × 50 × 0.1)^2) = 200/√1000 = 14.14 A

Power P = I2R = 14.142 × 10 = 141.4 W

Power factor PF = cos φ = R/√(R2 + X2) = 10/√(102 + (2π × 50 × 0.1)2) = 0.99

Voltage drop across resistance VR = I × R = 14.14 × 10 = 141.4 V

Voltage drop across condenser VC = I × X = 14.14 × 2π × 50 × 0.1 = 44.18 V

The phasor diagram is shown below:

Phasor Diagram

V = 200 V at 0°

I = 14.14 A at -90°

VR = 141.4 V at 0°

VC = 44.18 V at +90°

Answer:

1. TURN ON YOUR HAZARD/EMERGENCY LIGHTS

Turn on your hazard lights to warn other drivers as soon as you sense something's wrong. Keep them on until help arrives, recommends the National Motorists Association (NMA).

2. SLOW DOWN AND PULL OFF THE ROAD

Aim for the right shoulder of the road. Consumer reports recommends that you pull over to a safe, flat location that is as far away from moving traffic as possible.

3. TURN YOUR WHEELS AWAY FROM THE ROAD AND PUT ON THE EMERGENCY BRAKE

The California Department of Motor Vehicles (DMV) recommends pulling your emergency brake, sometimes called the parking brake. If you have to park on a hill or slope, turn the car's wheels away from the road to help prevent the care from rolling into traffic, says the California DMV.

4. STAY IN YOUR VEHICLE

If you're on a highway or crowded road, the Insurance Information Institute (III) recommends that you avoid getting out of your vehicle to look at the damage or fix a mechanical problem. If you need to get out of the car, get your vehicle to a safe place and make sure the road around you is completely clear. If you're stopped on the right-hand side of the road, get out through the passenger-side door.

5. BE VISIBLE

Once you're safely out of the vehicle, prop up your hood to let other drivers know they should proceed with caution. This will alert other drivers that you're broken down, according to the NMA.

6. SET UP FLARES OR TRIANGLES

Place flares or triangles with reflectors behind your car to alert other drivers to the location where you've stopped, says the III.

7. CALL FOR HELP

Call or use an app to get a tow truck, mechanic or roadside assistance to come help. your insurance company or other provider who may be able to help. If you're in an emergency situation or are not sure who to contact, call 911 or the local police for help.

Hope this helps :)

Therefore, the relative speed at the time of collision is 17.8816 mps

We will use the equation of motion:

v^2 = u^2 + 2as

s = (v^2 - u^2) / 2a

s = (0 - (25)^2) / (2a)

s = 312.5 / a

The distance the Car B travels during the 1.30 seconds when its driver is distracted and does not apply the brakes is gotten as

S = ut + (1/2)at^2

s = (17.8816 mps)(1.30 sec) + (1/2)(-5.4864 m/sec^2)(1.30 sec)^2

s = 11.645 m

The relative speed at the time of collision is:

(40 mph - 0 mph) * 1.60934 kmph * 1000 m/km / 3600 sec/hour = 17.8816 mps

Car B will only travels at 11.645 m   before hitting Car A which is clear indication that Car B will not be able to stop in time and a collision will occur.

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Answer:

actually, it was John Doe and Jane Doe, as they were created as testers on the exact same say when Roblox was created.

Explanation:

The first  player was builderman. Option C

The first player was one whose user handle was builderman.

However, the account was terminated. It was replaced with

‘Builderman’ is the account that belonged to the CEO and Co-Founder of , David Baszucki. He manages all of the admins.

When you make a new account, he's automatically your friend.

Note that ‘John Doe’ and ‘Jane Doe’ were two test accounts that were created by David.

The accounts were later rumored to hack others’

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The input power of the 6 pole three-phase 50Hz 440V star-connected synchronous motor, neglecting all losses, is approximately 41.8 kW.

To calculate the input power, we need to consider the maximum torque (700 N-m) and the motor's electrical parameters. By using the formula for input power, which involves phase voltage, phase current, and power factor angle, we can determine the input power. Additionally, the phase current is derived from the torque and other parameters, such as angular velocity and flux per pole. With the given specifications of a 6-pole motor operating at 50Hz and 440V phase voltage, we can calculate the synchronous speed and angular velocity. Substituting the known values into the formulas, we find the input power of the synchronous motor to be approximately 41.8 kW.

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Answer:

The answer is D

Explanation:

The characteristic of an application is it helps the user perform an activity they want to do. The correct option is D.

An application program is a computer program that is designed to perform a specific activity that is not related to the operation of the computer itself and is typically utilized by end users. Examples include word processors, media players, and accounting software.

The different types of applications: are web, native, cross-platform, hybrid, etc. Scalability, portability, robustness, and agility are four fundamental features and functionalities that modern applications must have. Scalability: Today, we require apps that can scale to millions of people worldwide on demand.

Therefore, the correct option is D, it helps the user perform an activity they want to do.

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Answer:

Creating an app is both an expression of our self and a reflection of what we see is missing in the world. We find ourselves digging deep into who we are, what we would enjoy working on, and what needs still need to be fulfilled. Generating an app idea for the first time can be extremely daunting. Especially with an endless amount of possibilities such as building a church app.

The uncertainty has always spawned a certain fear inside creators. The fear of creating something no one will enjoy. Spending hundreds of dollars and hours building something which might not bring back any real tangible results. The fear of losing our investment to a poor concept is daunting but not random. But simple app ideas are actually pretty easy to come by.

Great app idea generation is not a gift given to a selected few, instead, it is a process by which any of us are able to carefully explore step by step methods to find our own solution to any problem. Whether you are a seasoned creator or a novice, we have provided a few recommendations to challenge and aid you as you create your next masterpiece.

if I am right then make me brainliest

A driver should have at least a 10 mph speed advantage when overtaking (passing) another vehicle.

A speed limit refers to the maximum amount of speed that is legally permitted or allowed in a specific area for safety. Thus, this limit must be abided and strictly adhered to by all road users such as drivers of a vehicle.

According to the highway traffic code and regulations, a driver should have at least a 10 mph speed advantage when overtaking (passing) another vehicle.

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Answer:

1.) 103.23 degree centigrade

2.) 126.96 degree centigrade

Explanation:

Given that a transparent film is to be bonded onto the top surface of a solid plate inside a heated chamber. For the bond to cure properly, a temperature of 70°C is to be maintained at the bond, between the film and the solid plate. The transparent film has a thickness of 1 mm and thermal conductivity of 0.05 W/m·K, while the solid plate is 13 mm thick and has a thermal conductivity of 1.2 W/m·K. Inside the heated chamber, the convection heat transfer coefficient is 70 W/m2·K. If the bottom surface of the solid plate is maintained at 52°C.

To determine the temperature inside the heated Chamber, let us first calculate the heat transfer rate per unit area through the plate by using the formula

Heat transfer rate R = k( Tb - T2)/L

Where

k = 1.2 W/mA.K

Tb = 70 degree

T2 = 52 degree

L = 13mm = 13/1000 = 0.013m

substitute all the parameters into the formula above.

R = 1.2 x ( 70 - 52 )/ 0.013

R = 1.2 x (18/0.013)

R = 1661. 5 W/m^2

the surface temperature of the transparent film will be

Ts = Tb + (RLf/Kf)

Ts = 70 + (1661.5 x 0.001)/0.05

Ts = 70 + (1.6615)/0.05

Ts = 70 + 33.23

Ts = 103.23 degree centigrade

the temperature inside the heated Chamber will be calculated by using the formula

Ti = Ts + (R/h)

Ti = 103.23 + (1661.5/70)

Ti = 103.23 + 23.74

Ti = 126.97 degree centigrade

the maximum height h to which the the water steam could rise is 40.65m.

/ρg + /2g +  = /ρg + /2g +

/ρg +  = /ρg +

= ( - )/ρg +

Substituting values into  we have,

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The ER diagram for the Temporary Employment Corporation (TEC) based on the business rules given is given below: Attributes for Entities:

(One-to-Many)One candidate can have many job histories. (One-to-Many)One job history can belong to only one candidate. (One-to-One)One placement can belong to only one candidate. (One-to-One)One job opening can be placed by many placements. (One-to-Many)One candidate can have many placements.

In the given diagram below, all the relationships and primary keys are labeled correctly and the ER diagram is resolved for all M:N relationships and 1:N relationships. If you want to add more attributes to each entity, you can do it accordingly:

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Hot combustion gases, modeled as air behaving as an ideal gas, enter a steady-state turbine at 145 psi, 2700oR, and exit at 29 psi and 1974oR. The power output is 74.26 hp, and heat transfer from the turbine to the surroundings occurs at a rate of 14 BTU/s.

Required:

a)Determine the power output of the turbine, in hp.

b) The Flow rate

Answer:

a) \(w=74.26hp\)

b) \(m=0.22\)

Explanation:

From the question we are told that:

Initial Pressure \(p_1= 145 psi\)

Initial Temperature \(T_1 =2700oR=>2240.33^oF\)

Final Pressure \(p_2= 29 psi\)

Final Temperature \(t_2=1974oR=>1514.33^oF\)

Output Power \(w=74.26hp\)

Heat transfer Rate \(Q=14BTU/s\)

Generally the equation for Steady flow energy is mathematically given by

 \(Q-w=m(h_2-h_1)\)

Where

 \(m=Flow\ rate\)

From Steam table

 \(h_1=704btu/ib (at\ p_1= 145\ psi,\ T_1 =2700oR=>2240.33^oF )\)

 \(h_2=401btu/ib (at\ p_2= 29psi\ t_2=1974oR=>1514.33^oF )\)

Therefore

 \(-14-74.26=m(401-704)\)

 \(m=\frac{-14-74.26}{(401-704)}\)

 \(m=0.22\)

Scanner scan = Scanner.create(System.in);System.out.println("Enter an integer");int x = scan.nextInt( );System.out.println("Enter a float");float y = scan.nextFloat( );

A BufferedReader can provide user input in the following manner: You must import these items. InputStreamReader inp = new InputStreamReader(System.in); BufferedReader br = new BufferedReader(inp); name as a string = br. readline(); System.in is more difficult to read user input without the Scanner class and instead requires the InputStreamReader to translate data from bytes to characters. To do this, supply an InputStreamReader's function Object() { [native code] } Java's System.in, then pass it to the BufferedReader. When prompted, the user inputs an integer value. With the aid of the nextInt() function from the Scanner Class, this value is obtained from the user. The next integer value is read into the provided variable in Java using the nextInt() function.

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Answer:

the answer c or e or do wha t the first guy do

The relative frequency distribution of the total plane crashes that occurred during the past 50 years can be obtained as follows: Cause Number of Crashes Relative Frequency Pilot error 104 0.106 Other human error 93 0.095 .

Weather 390 0.398 Mechanical problems 235 0.240 Sabotage 264 0.270 Total 1,086 1.109 The most serious threat to aviation safety is weather, which caused 39.8% of all plane crashes. Yes, something can be done to minimize the effect of weather on aviation safety.

The best way to prevent weather-related plane crashes is to gather and disseminate as much information as possible about weather conditions and adjust flight plans and routes accordingly.

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Answer:

To* = 1074.9k  ( stagnation temperature )

Po* = 0.467 MPa ( stagnation pressure )

Explanation:

Given data:

Po1 = 1.6 MPa

To = 430°c + 273 = 703 k

Mach number at inlet ( M1 )= 3

Mach number at exit ( M2 )  = 1

at M1 = 3

To1 / To* = 0.65398  ( value gotten from Rayleigh's flow gas tables )

therefore  To* = 1074.9k

also

Po1 / Po* = 3.42445 ( value gotten from Rayleigh's flow gas tables )

therefore  Po* = 0.467 MPa

at M2 = 1

To2 = To* = 1074.9k

Po2 = Po* = 0.467 MPa

using both Rayleigh's flow table and Isentropic Tables the values of stagnation temperature and stagnation pressure are the same at the exit

A manufacturer of circuit cards aims to develop an apparatus for subjecting them to rapid thermal transients using forced convection, characterized by the relation Nuj = CRemPr^m, where m = 0.8 and n = 0.33.

To achieve rapid thermal cycling and minimize disruption to production schedules, the manufacturer needs an apparatus that can impose controlled thermal stresses on the circuit cards. Forced convection, which involves the movement of fluid (air or liquid) over the surface of the cards, is an effective method for achieving rapid heat transfer.

The relation Nuj = CRemPr^m is a dimensionless correlation equation known as the Nusselt number correlation. It relates the Nusselt number (Nu) to the Reynolds number (Re) and the Prandtl number (Pr). The Nusselt number represents the convective heat transfer coefficient, which determines the rate of heat transfer between the fluid and the surface. The Reynolds number characterizes the flow regime, indicating whether the flow is laminar or turbulent, while the Prandtl number represents the ratio of momentum diffusivity to thermal diffusivity of the fluid.

In the given relation, the values of m = 0.8 and n = 0.33 determine the correlation exponents. These values have been determined through experimental data and are specific to the system being studied. The manufacturer needs to determine the appropriate values of the constant C based on the specific conditions and characteristics of their apparatus and circuit cards.

By using the Nuj = CRemPr^m relation, the manufacturer can design and optimize their thermal cycling apparatus to achieve the desired rapid thermal transients. This will allow them to perform accelerated thermal stress tests on the circuit cards, identifying any defective joints or potential failure points before the product is released to the customer. Implementing such tests in the manufacturing process will help ensure the reliability and quality of the electronic modules, reducing the risk of failures caused by thermal cycling-induced stresses.

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Answer:

dddddddddddddddddddddddddddddddddddddd

Explanation:

You typically increase the decimal places from 1 to 2 for a A. Currency field.

When working with fields in a database, it is important to understand the various data types and how they should be formatted. One aspect of formatting involves the number of decimal places displayed for numeric fields. In this case, the question is asking about which field typically requires an increase in decimal places from 1 to 2. The options given are Currency, AutoNumber, Long Text, and Money. The field that typically requires an increase in decimal places from 1 to 2 is A. Currency. This is because currency values often require greater precision in order to accurately reflect the monetary amount being represented. To summarize, when working with a Currency field in a database, it is common to increase the decimal places from 1 to 2 in order to display a more precise monetary value.

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To refill the reservoir:

Hydraulics, a mechanical function that operates through liquid pressure. Within the realm of hydraulics-driven systems, the captivating dance of mechanical motion unfolds, intricately woven by the sheer might of encapsulated, propelled fluid.

It is this symphony of forces that breathes vitality into machinery, propelling the very essence of motion through the graceful interplay of hydraulic cylinders, orchestrating the eloquent journey of pistons.

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The running time of the given algorithm (in the worst case) expressed in terms of n is:

a. T(n) = n

Step-by-step explanation:

1. The algorithm iterates through the array A from i=1 to n.
2. For each element, it checks if A[i] equals x or if A[i] is less than x.
3. In the worst case, the algorithm will go through all n elements of the array without finding x, and it will return "x not found".
4. Since the algorithm performs a constant amount of work for each element, the running time in the worst case is directly proportional to the number of elements in the array (n).

Thus, the running time of the algorithm in the worst case is T(n) = n.

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Answer:

The temperature at which the water starts boiling is 111.35 °C.

Explanation:

First, we have to determine the total pressure experimented by water inside the piston-cylinder device. The total pressure is the sum of atmospheric and gauge pressures, the gauge pressure is the weight of piston divided by its cross-sectional area, that is:

\(P_{g} = \frac{m_{p}\cdot g}{A}\)

Where:

\(P_{g}\) - Gauge pressure, measured in pascals.

\(m_{p}\) - Mass of the piston, measured in kilograms.

\(g\) - Gravitational constant, measured in meters per square second.

\(A\) - Cross-sectional area, measured in square meters.

\(P_{g} = \frac{(51\,kg)\cdot \left(9.807\,\frac{m}{s^{2}} \right)}{(100\,cm^{2})\cdot \left(\frac{1\,m^{2}}{10000\,m^{2}} \right)}\)

\(P_{g} = 50015.7\,Pa\)

\(P_{g} = 50.016\,kPa\)

The total pressure of water is:

\(P_{t} = 100\,kPa + 50.016\,kPa\)

\(P_{t} = 150.016\,kPa\)

Temperature at which water starts boiling is the saturation temperature associated with total pressure, which can be obtained from property tables:

\(T_{sat} = 111.35\,^{\circ}C\)

The temperature at which the water starts boiling is 111.35 °C.

Answer:

D

Explanation:

in series circuit the resistance is divided Total resistance is equal to the sum of resistances

Answer:

It only detects errors if an odd number of bit flips have occurred.

Explanation:

Parity is a measure of how even or odd a string of digits (for example, a string of binary units is).  It is obtained by calculating the value of all the bits. Parity is used in error detection. A parity error is detected when the parity and the odd number of bits are incorrectly propagated.

A problem commonly associated with the parity bits is that they can only detect an odd number of bit errors. This means that if a digit is corrupted in the even binary digits there would be an incorrect detection of errors.

Answer: The outer surface temperature is \(377.5^{o}C\).

Explanation:

Given: Heat = 3 kW (1 kW = 1000 W) = 3000 W

Area = 10 \(m^{2}\)

Length = 2.5 cm (1 cm = 0.01 m) = 0.025 m

Thermal conductivity = 0.2 W/m K

Temperature (inner) = \(415^{o}C\)

Formula used is as follows.

\(q = KA \frac{(t_{in} - t_{out})}{L}\)

where,

K = thermal conductivity

A = area

L = length

\(t_{in}\) = inner surface temperature

\(t_{out}\) = outer surface temperature

Substitute the values into above formula as follows.

\(q = KA \frac{(t_{in} - t_{out})}{L}\\3000 W = 0.2 \times 10 \times \frac{415 - t_{out}}{0.025 m}\\t_{out} = 377.5^{o}C\)

Thus, we can conclude that the outer surface temperature is \(377.5^{o}C\).

Answer:

The p-value of the hypothsis 0.00135

Explanation:

The dimensional value of the beam's cross-section, which would be squared to determine its cross-sectional area, is 2010 mm².

To find the dimensional value of the beam's cross-section, we can use the formula for the moment of inertia (I) of a square cross-section beam, which is given by (b * h³) / 12, where b is the base length and h is the height of the square cross-section.

Since the beam is subject to a bending moment, we can relate the moment of inertia (I) to the radius of curvature (R) using the formula I = E * (b * h³) / 12 * R, where E is the Young's modulus.

Rearranging the equation, we can solve for (b * h³), which represents the dimensional value of the beam's cross-section squared: (b * h³) = (12 * I * R) / (E).

Substituting the given values, I = 51 kNm, R = 142147 mm, and E = 201 GPa (or 201000 MPa), we can calculate the dimensional value of the cross-section squared: (b * h³) = (12 * 51 kNm * 142147 mm) / (201000 MPa).

Calculating the right side of the equation, we find that (b * h³) is approximately equal to 8590800 mm⁴.

To determine the dimensional value of the beam's cross-section, we need to find the square root of (b * h³), which gives us √(8590800 mm⁴) ≈ 2930 mm².

Therefore, the dimensional value of the beam's cross-section, which would be squared to determine its cross-sectional area, is 2010 mm².

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