(Conversion) Write a C++ program to convert kilometers/hr to miles/hr. The program should produce a table of 10 conversions, starting at 60 km/hr and incremented by 5 km/hr. The dis- play should have appropriate headings and list each km/hr and its equivalent miles/hr value. Use the relationship that 1 kilometer = 0.6241 miles.
Answers
When you run the program, it will produce a table of 10 conversions, starting at 60 km/hr and incremented by 5 km/hr, along with their equivalent values in miles per hour.
Here's a C++ program that converts kilometers per hour (km/hr) to miles per hour (mph) and displays a table of 10 conversions:
```cpp
#include <iostream>
#include <iomanip>
int main() {
const double KILOMETER_TO_MILE = 0.6241;
int kmPerHour = 60;
int increment = 5;
int numConversions = 10;
std::cout << "Kilometers per Hour (km/hr) to Miles per Hour (mph) Conversion Table" << std::endl;
std::cout << "---------------------------------------------------------------" << std::endl;
std::cout << std::setw(10) << "km/hr" << std::setw(10) << "mph" << std::endl;
std::cout << "---------------------------------------------------------------" << std::endl;
for (int i = 0; i < numConversions; i++) {
double milesPerHour = kmPerHour * KILOMETER_TO_MILE;
std::cout << std::setw(10) << kmPerHour << std::setw(10) << milesPerHour << std::endl;
kmPerHour += increment;
}
return 0;
}
```
Explanation of the code:
- We define a constant variable `KILOMETER_TO_MILE` to store the conversion factor from kilometers to miles.
- We initialize the starting value of kilometers per hour `kmPerHour` to 60 and the increment value `increment` to 5.
- The variable `numConversions` represents the number of conversions to be displayed, which is set to 10 in this case.
- The program then displays the table headings and a separator line.
- Using a `for` loop, we iterate through the specified number of conversions.
- Inside the loop, we calculate the equivalent miles per hour by multiplying the kilometer value by the conversion factor.
- The kilometer value and the calculated miles per hour value are displayed in a formatted manner using `std::setw()` to ensure proper alignment in the table.
- The kilometer value is incremented by the specified increment value in each iteration.
- Once all the conversions are displayed, the program ends.
When you run the program, it will produce a table of 10 conversions, starting at 60 km/hr and incremented by 5 km/hr, along with their equivalent values in miles per hour.
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Related Questions
explain what happened to the pump rate when you increased the stroke volume? why do you think this occurred? how well did the results compare with your prediction
Answers
All other factors being equal, increasing the stroke volume in a pumping system would normally result in raising the pump rate.
How can the flow rate of a pump be increased?It implies to increase the head of the pump while decreasing the length of the pumping system pipe and to increase the flowrate of the centrifugal pump while lengthening the pipe.
What happened to the flow rate when you increased the pressure?While increasing pressure alters the fluid's velocity, it also reduces flow or output. The volumetric efficiency of the pump and the slower motor speed are the two causes of the flow reduction.
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During gait the body is gaining speed:____.
a. during terminal stance
b. during mid stance
c. during initial swings
d. at mid stance event
Answers
During gait the body of a living organism is gaining speed: a. during terminal stance.
What is physical fitness?Physical fitness can be defined as a measure of both the physical and mental soundness (wellness) or ability of an individual to engage in physical exercises, sports, work and other day-to-day activities.
For instance, one of the ways in which an individual can model good physical fitness to other individuals in their neighborhood is by:
Riding their bikes to school or work.Walking with a slow, stiff gait.What is gait?Gait can be defined as the way and manner in which an animal or individual walks or runs, thereby affecting and altering the shape of the body.
In this context, we can infer and logically deduce that during gait the body of a living organism is gaining speed, especially during terminal stance.
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Which device can connect many computers and sends packets out every port?
Answers
A device that can connect many computers and sends packets out of every port is known as Hub.
What is the name of a device that usually connects many computers?The name of the device that usually connects many computers is known as a hub. It typically connects multiple computer networking devices together. It also acts as a repeater in that it amplifies signals that worsen after traveling long distances over connecting cables.
According to the context of this question, a hub usually connects multiple computers together in a Local Area Network (LAN). All types of information are generally processed or sent to the hub is then sent through each port to every device in the network. It is noted that all types of devices are definitely connected to a network hub and share all available bandwidth equally.
Therefore, a device that can connect many computers and sends packets out of every port is known as Hub.
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challenges and solutions for integration of wind power in weak grid areas with high inverter penetration
Answers
Integrating wind power in weak grid areas with high inverter penetration can pose several challenges. However, there are also solutions available to address these challenges. Here are some of the key challenges and their corresponding solutions:
1. Grid Stability: Weak grids may struggle to handle the intermittent nature of wind power and the high penetration of inverters, leading to voltage fluctuations and instability.
2. Power Quality Issues: High inverter penetration can result in power quality problems such as harmonic distortion, voltage flicker, and reactive power imbalances.
3. Grid Capacity Limitations: Weak grids may have limited transmission and distribution capacity, making it challenging to accommodate the additional wind power generation.
4. Frequency Control and Ancillary Services: High inverter penetration can impact frequency control and the provision of ancillary services in weak grid areas.
5. System Planning and Forecasting: Accurate forecasting of wind power generation and effective system planning are crucial for integration in weak grid areas.
Solutions:
1. Grid Stability: Implement grid codes and standards, utilize advanced power electronics and control strategies to enhance grid stability and voltage regulation.
2. Power Quality Issues: Deploy advanced power conditioning systems and inverters that comply with grid codes, employ filtering and harmonic mitigation techniques to ensure power quality compliance.
3. Grid Capacity Limitations: Conduct grid studies, reinforce infrastructure, upgrade transmission lines, transformers, and substation equipment to enhance grid capacity.
4. Frequency Control and Ancillary Services: Develop advanced control strategies, employ energy storage systems, and establish effective coordination between wind power plants and grid operators.
5. System Planning and Forecasting: Use accurate wind power forecasting tools, conduct comprehensive system planning studies, and incorporate data analytics techniques for optimized utilization of wind power and improved grid integration.
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Integrating wind power in weak grid areas with high inverter penetration can pose several challenges. However, there are also solutions available to address these challenges. Here are some of the key challenges and their corresponding solutions:
1. Grid Stability: Weak grids may struggle to handle the intermittent nature of wind power and the high penetration of inverters, leading to voltage fluctuations and instability.
2. Power Quality Issues: High inverter penetration can result in power quality problems such as harmonic distortion, voltage flicker, and reactive power imbalances.
3. Grid Capacity Limitations: Weak grids may have limited transmission and distribution capacity, making it challenging to accommodate the additional wind power generation.
4. Frequency Control and Ancillary Services: High inverter penetration can impact frequency control and the provision of ancillary services in weak grid areas.
5. System Planning and Forecasting: Accurate forecasting of wind power generation and effective system planning are crucial for integration in weak grid areas.
Solutions:
1. Grid Stability: Implement grid codes and standards, utilize advanced power electronics and control strategies to enhance grid stability and voltage regulation.
2. Power Quality Issues: Deploy advanced power conditioning systems and inverters that comply with grid codes, employ filtering and harmonic mitigation techniques to ensure power quality compliance.
3. Grid Capacity Limitations: Conduct grid studies, reinforce infrastructure, upgrade transmission lines, transformers, and substation equipment to enhance grid capacity.
4. Frequency Control and Ancillary Services: Develop advanced control strategies, employ energy storage systems, and establish effective coordination between wind power plants and grid operators.
5. System Planning and Forecasting: Use accurate wind power forecasting tools, conduct comprehensive system planning studies, and incorporate data analytics techniques for optimized utilization of wind power and improved grid integration.
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FOR BRAINLIST !!
B 5. An adaptation is a hereditary characteristic within some organisms in a population.
There are structural, behavioral, and functional adaptations. Which of the following is
NOT a behavioral adaptation?
Answers
the total load of sediment that a river carries in a given period of time is called
Answers
The total load of sediment that a river carries in a given period of time is called its sediment discharge. This includes all of the materials, such as sand, silt, and clay, that are carried along by the river as it flows.
The sediment discharge of a river can vary widely depending on factors such as the size of the river, the volume of water flowing through it, and the type of terrain it flows through. The sediment discharge can also change over time due to changes in weather patterns or changes in land use in the surrounding area.
Understanding the sediment discharge of a river is important for managing water resources, predicting flooding events, and protecting the natural environment. Sediment discharge is typically measured using instruments such as flow meters, water samplers, and sediment traps.
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Is a 10 foot ladder long enough to safely reach a landing that is 9 feet above the adjacent floor
Answers
Answer:
Definitely not
Explanation:
You should have 1-2 feet of extra ladder on a flat surface so 1 foot on an adjacent floor is a no no
many manufacturers currently offer SAE level _________ equipped vehicles
A.2
B.3
C.4
D.5
Answers
et G = (V, E) be a directed graph in which each vertex in u E V is labeled with a unique integer L(u) from the set {1, 2 ...,V]}. For each vertex u E V, let R(u) = {v E V: una v} be the set of vertices that are reachable from u (a node can always reach itself by default). Let min(u) be the vertex in R(u) with the minimum label, i.e. min(u) is vertex v such that L(v) is the smallest among all other nodes in R(u). Describe an O(V + E) time algorithm that computes min(u) for all vertices u € V,
Answers
Using knowledge in DFS algorithms it is possible to write code that can organize the vertices and create functions that understand the order of factors.
Writting in DFS algorithmdfs(node)
{
mark node as visited
//initialize ans for this node to label of this node
ans=label[node]
for every neigbor of node
{
if the neighbor is visited
{
ans=minimum(ans,calculated[neighbor])
}
else if the neighbor is unvisited
{
call dfs(neighbor)
ans=minimum(ans,calculated[neighbor])
}
}
calculated[node]=ans
}
{
if the node is not visted{
call dfs(node)
}
}
for the given example graph we get minimum label for vertices as:
1 1 1 3 3 6 (in order for a,b,c,d,e,f), so the vertex with this label are c,c,c,e,e,f.
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Implement the following Matlab code:
x=zeros(10,128);
t1=[0:1/128:1-1/128];
z=cos(2*pi*2*t1);
x(1,:)=z;
x=reshape(x,1,1280);
figure(1);
plot(x)
Examine Figure 1 – what does it “look like”? Zoom in. Take the FFT of x and explain what you see.
Manipulate the FFT and perform the IFFT to create a signal which is a continuous (i.e. no interpolating zeroes) sinusoid in the “time” domain. Explain the amplitude of the sinusoid.
Answers
The amplitude of the sinusoid is 28384 *x soít cos.
What is amplitude?Amplitude is defined as the greatest deviation from equilibrium of a point on a vibrating body or wave in terms of displacement or distance traveled. In most cases, amplitude is calculated by looking at a wave graph and determining the height of the wave from rest. The strength or intensity of the wave is gauged by its amplitude.
Sinusoid is defined as a signal with sine wave characteristics. In the liver, spleen, and bone marrow, sinusoids and irregular tubules transport blood in place of venules and capillaries. The sine or cosine functions from trigonometry form the foundation of sinusoidal signals, which are periodic functions.
Thus the amplitude of the sinusoid is 28384 *x soít cos.
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A surge protector may look like just another power strip but it also can
a. prevent theft
b. save your device if a voltage spike is sent through the electrical system
c. detect viruses
d. help manage heat
Answers
A surge protector is a device that may look like just another power strip, but it serves an important function in protecting your electronic devices. Its main purpose is to (option b) save your device if a voltage spike is sent through the electrical system. This is important because voltage spikes can cause serious damage to your electronic devices and may even render them unusable.
A surge protector can also help manage heat, which can be an issue for devices that generate a lot of heat, such as gaming consoles or high-performance computers. However, a surge protector cannot prevent theft or detect viruses. Its main function is to protect your devices from electrical surges, so it is important to make sure that any electronic devices you have are plugged into a surge protector to ensure their safety.
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What are the 13 elements of design?
Answers
Contrast, Balance, Emphasis, Movement, White Space, Proportion, Hierarchy, Repetition, Rhythm, Pattern, Unity, and Variety are some of the aspects or guiding principles of visual design.
There is much disagreement on the number of design principles that exist (and even their exact nature), although 12 are frequently mentioned. Contrast, balance, emphasis, proportion, hierarchy, repetition, rhythm, pattern, white space, movement, diversity, and unity are among the 12 concepts described in the infographic below (there are also some additional Gestalt principles of design).
These ideas are frequently discussed individually, but in reality, they function together to produce designs that are both aesthetically pleasing and intuitive for the user. Professional designers are aware of how the principles interact to produce the intended impact. They can support, reinforce, or even oppose one another.
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A rogue access point is any unauthorized access point added to a network. Which of the below represent ways to mitigate and protect a network against
rogue access points? Please select all correct answers.
a. Put access points in the same virtual LANS (VLANS) as your workstations,
b. Put access points in separate virtual LANS (VLANS)
c. Only use Wireless Access Points (WAPs) sold by Aruba Networks
d. Only use Wireless Access Points (WAPs) sold by Cisco
e. Use site survey tools to identify hosts and Wireless Access Points (WAPs) in the wireless network
f. Check connected MAC addresses to identify unauthorized hosts
Answers
A rogue access point is an unauthorized access point added to a network. The ways to mitigate and protect a network against rogue access points are b. Put access points in separate virtual LANS (VLANS), e. Use site survey tools to identify hosts and Wireless Access Points (WAPs) in the wireless network and f. Check connected MAC addresses to identify unauthorized hosts
b. Put access points in separate virtual LANs (VLANs): Separating access points into different VLANs can help isolate and manage traffic, reducing the potential impact of a rogue access point on the network. This approach helps to limit the scope of possible unauthorized access and enhances overall network security.
e. Use site survey tools to identify hosts and Wireless Access Points (WAPs) in the wireless network: Regularly conducting site surveys can help network administrators identify any unauthorized access points that may have been added to the network. By utilizing site survey tools, one can detect and remove rogue access points before they cause significant security issues.
f. Check connected MAC addresses to identify unauthorized hosts: Monitoring and verifying the MAC addresses of devices connected to the network can help identify unauthorized hosts, including rogue access points. Network administrators should maintain an updated list of authorized MAC addresses and cross-reference this list with the devices connected to the network. This allows for the quick identification and removal of any unauthorized access points.
Therefore, the correct options are B, E, and F.
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4. why is the reactor coolant water kept contained within the primary loop instead of allowing it to mix with the feedwater and leave through the cooling tower?
Answers
Yes, it is radioactive and polluted at the same time. They continue to whirl the water for that reason.
Why does the reactor house the cooling water?Two methods are used by the most typical nuclear power stations to cool themselves with water: for the purpose of heating the steam turbines from the reactor core. to drain the extra heat from this steam circuit.
What distinguishes primary coolant from secondary coolant?The reactor core coolant in the primary coolant system is pressurized water. In steam generators, pressurized water's heat is transported to the secondary coolant system, where the secondary coolant system turns water into steam to power turbines.
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The county is normally the state's largest political and _____ unit.
Answers
Answer:
Hello There!!
Explanation:
The answer is territorial.
hope this helps,have a great day!!
~Pinky~
\(\huge{\textbf{\textsf{{\color{navy}{An}}{\purple{sw}}{\pink{er}} {\color{pink}{:}}}}}\)
The county is normally the state's largest political and Territorial unit.
Thanksis the term used when a vehicle body is mounted on a rigid frame or chassis.
Select one:
Oa. Frame-to-body
Ob. Body-on-frame
Oc. Body-on-chassis
Od. Frame-to-chassis
Answers
Answer:
B. body on frame
Explanation:
Each bolt diameter in the standard system can have one of two thread pitches, _________ or unf.
Answers
Each bolt diameter in the standard system can have one of two thread pitches, coarse or unf.
What is thread pitches?The term used to describe the distinction between two threads is thread pitch. TPI is swapped out for thread pitch when talking about metric fasteners. Millimeters are used to measure the distance as well.
Use a caliper to measure the distance between the peaks of each thread in order to determine the thread pitch.
M2 x 0.4 x 5M
In terms of millimeters, the M2 designates the bolt's diameter.
There are when the number 4 is used to represent the thread pitch in millimeters.
5M denotes the length of the bolt in millimeters and 4M denotes the distance between each thread peak.
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] A Maxwell's capacitance bridge shown in Fig.4 is used to measure an unknown inductance in comparison with capacitance. The various values at balance: R2=400Ω; R3=600Ω; R4=1000Ω; C4=0.5μF. Calculate values of R1 and L1. Calculate also the value of storage (Q) factor of coil if frequency is 1000Hz.
Answers
The value of the quality factor of the coil is given as 14.01/Rcoil.
Given parameters for Maxwell's capacitance bridge are as follows:R2=400Ω; R3=600Ω; R4=1000Ω; C4=0.5μF.The formula for calculating R1 and L1 in the given Maxwell's capacitance bridge is, R1 = (R2R3)/R4L1 = 1/(4π²C4R3²)The value of R1 is calculated as follows;R1 = (R2R3)/R4 = (400 x 600)/1000 = 240 Ω.
The value of L1 is calculated as follows;L1 = 1/(4π²C4R3²) = 1/(4π² x 0.5 x 10^-6 x 600²) = 2.213 mHNow, let's calculate the quality factor, Q factor of coil. The formula to calculate the quality factor is given as,Q = 2πfL/RHere, f is the frequency of the signal, L is the inductance and R is the equivalent series resistance (ESR) of the coil.
The value of frequency is given as 1000Hz. We have calculated the value of L1 as 2.213 mH.The equivalent series resistance (ESR) of the coil is the resistance of the coil when it is measured by a device that passes an AC current through it. Let's say that the equivalent series resistance of the coil is Rcoil.
Hence,Q = 2πfL1/RcoilQ = 2π x 1000 x 2.213 x 10^-3/RcoilQ = 14.01/Rcoil.
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(Giving Brainliest to 1st!)Which organelle acts as a temporary storage center, containing water, waste, and other products?
A. cell membrane
B. cytoplasm
C. vacuole
D. nucleus
Answers
In a semi-conductor factory, an engineer is required to analyse the functionality of electric circuit boards. The circuit consists of a switch, an electromotive force E (usually supplied by a battery or generator), a resistor R, an inductor L, and a capacitor C. If the charge (Q) on the capacitor at time t is Q(t), then the current (I) is the rate of change of charge with respect to t, i.e., I(t)= dt/dQ. The electric circuits can be represented as second-order linear differential equation with constant coefficients as follow : L d^2Q/dt^2 + R dq/dt + 1/c Q = E(t). A series circuit is given to the engineer to do the analysis. Given that the circuit contains a resistor with R=24Ohm(Ω), an inductor with L=2Henry(H), and a capacitor with C= 0.005 Farad (F). The engineer needs to determine a) the charge at time t,Q(t) when the switch if off and without battery supply. b) the charge at time t,Q(t) when the switch if on and with a 12-Volt battery supply i. using the method of Undetermined Coefficients; and ii. using the method of Variation of Parameters. c) the current at time t,I(t) based on the charge with battery supply in question (b) above. d) the current at time t,I(t) if given that when the electric circuit has initial charge with Q=0.001 Coulomb (C) and the initial current with I=0 Ampere (A). (5 marks
Answers
Answer:
a) When the switch is off and there's no battery supply, the electric potential difference, or electromotive force E(t), is zero. That means the right-hand side of the given differential equation is zero. Therefore, the solution to the homogeneous differential equation represents the charge on the capacitor:
L d²Q/dt² + R dQ/dt + 1/C Q = 0
In this case, since there's no initial charge or current supplied, Q(t) = 0 for all t.
b) When the switch is turned on and a 12-Volt battery is connected:
i. The method of Undetermined Coefficients:
We can solve this by proposing a particular solution that has the same form as the non-homogeneous term, E(t). As E(t) = 12 volts is a constant, we propose Q(t) = A as a constant.
After substituting Q(t) = A into the equation, we would be able to find the value of A, which would give us the particular solution. The general solution would then be the sum of this particular solution and the solution to the homogeneous equation (obtained from part (a)).
ii. The method of Variation of Parameters:
In this method, we would make use of the solutions of the homogeneous differential equation. After finding these, we would propose a solution for the non-homogeneous differential equation in terms of these solutions, and a pair of functions (u and v) to be determined. We then substitute this proposal into the differential equation to obtain a set of two new first-order differential equations for u and v.
c) Once we've found the charge Q(t) in part (b), we can find the current I(t) by differentiating Q(t), as I(t) = dQ/dt.
d) With the given initial conditions (Q = 0.001 C, I = 0 A), we can substitute these into the general solution and its derivative obtained in part (b). We would then solve the resulting system of two equations to find the constants involved, allowing us to determine the specific solution for these initial conditions.
Explanation:
Complex question. Answer depends on data provided and format of equations provided.
is a baby duck swimming in a lake a learned behavior
Answers
Answer:
True because some ducks can't swim but have to learn it
Fill in the truth table for output A.
A = (x+y)(x'+z')(x'+z')
Answers
Answer:
1+1×1 multiplay then you get the answer
HELP! It’s for an architecture class on PLATO
Select the correct answer.
Which association maintains the International Building Code?
A. NFPA
B. ICC
C. EPA
D. DOJ
Answers
Answer:
ICC
Explanation:
The International Building Code (IBC) is a model building code developed by the International Code Council (ICC). It has been adopted for use as a base code standard by most jurisdictions in the United States.
a high-pass rc filter is connected to an ac source with a peak voltage of 9.00 v . the peak capacitor voltage is 6.4 v
Answers
A high-pass R C filter is a filter that allows signals above a certain frequency, the cutoff frequency, to pass through while rejecting signals below that frequency. In this case, the filter is connected to an AC source with a peak voltage of 9.00 V and the peak capacitor voltage is 6.4 V.
The ratio of the peak capacitor voltage to the peak source voltage is known as the voltage gain of the filter.
The voltage gain is given by the equation:
Voltage Gain = Peak Capacitor Voltage/Peak Source Voltage
Voltage Gain = 6.4 V/9.00 V Voltage Gain = 0.711 or 71.1 %
The voltage gain is less than 1, which means that the output voltage is less than the input voltage.
This is because the high-pass RC filter attenuates the low-frequency signals while allowing the high-frequency signals to pass through. The output voltage of the filter is reduced, resulting in a voltage gain of less than 1.
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Argue the importance of DNA analysis to the field of forensic science.(IM TIMED PLEASE HURRY!!!!)
Answers
DNA analysis plays a crucial role in forensic science because it provides irrefutable evidence to identify suspects, victims, and even remains. It is a highly reliable method that allows investigators to match DNA samples found at a crime scene to a suspect or exclude innocent individuals from the investigation.
This helps to solve cases faster and more accurately, ensuring that justice is served. DNA analysis is also helpful in exonerating the wrongly accused, which is critical to upholding the integrity of the criminal justice system. Overall, DNA analysis is an essential tool in forensic science that helps to ensure that the right person is held accountable for their actions and the innocent are protected from false accusations.
The importance of DNA analysis to the field of forensic science lies in its ability to provide accurate and reliable evidence for criminal investigations. DNA analysis allows forensic scientists to. Identify suspects: By comparing DNA samples found at a crime scene with those of potential suspects, investigators can establish a match, proving a suspect's presence at the crime scene or involvement in the crime. Exonerate the innocent: DNA analysis can also clear innocent individuals by demonstrating that their DNA does not match the evidence found at the crime scene, preventing wrongful convictions. Solve cold cases: DNA analysis can be used to re-examine unsolved cases, even after many years, providing new leads and potentially identifying the perpetrator.
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An ideal vapor-compression refrigeration cycle that uses refrigerant-134a as its working fluid maintains a condenser at 800 kPa and the evaporator at −12°C. Determine this system's COP and the amount of power required to service a 150 kW cooling load.
Answers
Answer:
COP = 4.846
Explanation:
From the table A-11 i attached, we can find the entropy for the state 1 at -12°C.
h1 = 243.3 KJ/Kg
s1 = 0.93911 KJ/Kg.K
From table A-12 attached we can do the same for states 3 and 4 but just enthalpy at 800 KPa.
h3 = h4 = hf = 95.47 KJ/Kg
For state 2, we can calculate the enthalpy from table A-13 attached using interpolation at 800 KPa and the condition s2 = s1. We have;
h2 = 273.81 KJ/Kg
The power would be determined from the energy balance in state 1-2 where the mass flow rate will be expressed through the energy balance in state 4-1.
W' = m'(h2 - h1)
W' = Q'_L((h2 - h1)/(h1 - h4))
Where Q'_L = 150 kW
Plugging in the relevant values, we have;
W' = 150((273.81 - 243.3)/(243.3 - 95.46))
W' = 30.956 Kw
Formula foe COP is;
COP = Q'_L/W'
COP = 150/30.956
COP = 4.846
How do you use the brakes in an airplane?
Answers
Answer:
When a pilot pushes the top of the right pedal, it activates the brakes on the right main wheel/wheels, and when the pilot pushes the top of the left rudder pedal, it activates the brake on the left main wheel/wheels. The brakes work in a rather simple way: they convert the kinetic energy of motion into heat energy.
The property that determines a material’s ability to conduct electricity is called?
Answers
Answer:
conductivity
Explanation:
Conductivity is the measure of the ease at which an electric charge or heat can pass through a material.
lehighedu
if you are a mechanical engineer answer these questions:
1. Are communication skills (reading, writing, and speaking) necessary in this profession?
2. How are Communicative Competences integrated into this profession?
Answers
Answer:
1. Yes, they are all necessary.
2. Both written and verbal communication skills are of the utmost importance in business, especially in engineering. Communication skills boost you or your teams' performance because they provide clear information and expectations to help manage and deliver excellent work.
which of these is a term for a person who does not share the belief of the dominant religion of a society ?
A. a heathen
B. Assimilated
C. Uncivilized
D. A savage
Answers
Answer: a heathen
Explanation:
The term for a person who does not share the belief of the dominant religion of a society is "a heathen". The correct option is A.
What is society?A society is a group of people who interact with one another on a regular basis, or a large social group that shares the same spatial or social territory and is typically subject to the same political authority and dominant cultural expectations.
"A heathen" is a person who does not share the beliefs of a society's dominant religion.
The term is frequently used to describe someone who is considered uncivilized or primitive because of their religious beliefs, especially in societies where the dominant religion wields significant power and influence.
However, it is important to note that the term can be considered derogatory and offensive, and it is generally more respectful to refer to people of different religious beliefs using neutral or positive terms.
Thus, the correct option is A.
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