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A special variable that receives a piece of data when a module is called?
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∙ 13y ago
parameter
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∙ 13y ago
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How can you calculate the mean from a Histogram?
First, your future-self must correctly configure the negatively charged ion/ positively charged univalent atom-biodisplacement module to interface in linked parallel series with the Large Hadron Collider departure template. Having done so will, in no small small part-thanks to your intrepid lack of fear regarding theoretical relativity vs. established mathematical probability earn you the sole right of attempting time travel. Having realized quite literally this nexus of what you want, how to provide the means-and its' inherent technologies; one(i.e. you) must then destine your advent horizon to coincide w/ the instruction of the math unit in which your question regards. Thence and as such ,here-on, You and you alone must then remain engrossed in mathematics and the determination of a histograms mien.
When is the best time to use a histogram?
When you are unsure what to do with a large set of measurements presented in a table, you can use a Histogram to organize and display the data in a more user- friendly format. A Histogram will make it easy to see where the majority of values falls in a measurement scale, and how much variation there is. It is helpful to construct a Histogram when you want to do the following (Viewgraph 2): ! Sum m arize large data sets graphically. When you look at Viewgraph 6, you can see that a set of data presented in a table isn't easy to use. You can make it much easier to understand by summarizing it on a tally sheet (Viewgraph 7) and organizing it into a Histogram (Viewgraph 12). ! Com pare process results with specification lim its. If you add the process specification limits to your Histogram, you can determine quickly whether the current process was able to produce "good" products. Specification limits may take the form of length, weight, density, quantity of materials to be delivered, or whatever is important for the product of a given process. Viewgraph 14 shows a Histogram on which the specification limits, or "goalposts," have been superimposed. We'll look more closely at the implications of specification limits when we discuss Histogram interpretation later in this module. ! Com m unicate inform ation graphically. The team members can easily see the values which occur most frequently. When you use a Histogram to summarize large data sets, or to compare measurements to specification limits, you are employing a powerful tool for communicating information. ! Use a tool to assist in decision m aking. As you will see as we move along through this module, certain shapes, sizes, and the spread of data have meanings that can help you in investigating problems and making decisions. But always bear in mind that if the data you have in hand aren't recent, or you don't know how the data were collected, it's a waste of time trying to chart them. Measurements cannot be used for making decisions or predictions when they were produced by a process that is different from the current one, or were collected under unknown conditions.
Role of Statistics and mathematics in Business decisions?
TEACHING AND LEARNING METHODSThis course will be taught using a combination of formal lectures and tutorials. Formal lectures will be used to demonstrate principles and methods. Assignments will be set following on from material covered in class and students will be given individual assistance with these in smaller groups. Use will be made of computer packages to facilitate learning and to ensure that the student is familiar with the available statistical packages. As far as possible the students will be encouraged to source data themselves and analyse it using the methods studied in class.ASSESSMENT METHODSCourse work will account for 40% of the marks, course work will be typically presented in the following formats, e.g., multiple choice exams, case studies, primary research projects. On module completion an examination will account for the remaining 60% of the marks.PRIMARY READINGQuantitative Methods for Decision Makers, 2nd Edition, Mik WisniewskiPitman PublishingRECOMMENDED READING LISTQuantitative Methods for Business, 3rd Edition, Donald Waters, FT/Prentice HallQuantitative approaches in Business Studies, 5th Edition, Clare Morris, FT/ Prentice HallEssential Quantitative Methods for Business Management and Finance, 2nd Edition, Les Oakshott, PalgraveUse will also be made of Journals, Newspapers and financial publications.
Pseudocode input list employee name and salaries average?
Start//declare the variablesString employeeNameReal hoursWorkedReal hourlyPayRateReal grossPayReal netPayReal taxRateInteger const MAX_EMPLOYEES = 250Integer employeeCountBoolean continueCharacter inputCharCall displayOpeningMessage//initialize the loop control variablesemployeeCount = 0continue = true//process employees until user wants to stop or maximum number//of employees have been reachedwhile (continue = true AND employeeCount
What is the term used for the variable that receives an argument that is passed into a module?
parameter
What is the term used for the variable that receives an argument that passed into a module?
parameter
What is the term used for the variable that receives an argument that pass into a module?
parameter
What is a local variable and What statements are able to access a local variable?
A local variable is a variable that can only be called on by the module. Where as a global variable can be called upon by any module. Only statements made inside the same module can call on a local variable.
What happens to the value of a local variable when the module in which the variable is declared completes execution and control is passed to a different module?
The local variable goes away and the value is lost.
Describe the differences between local and module-level variables?
local Variable A Local variable is a variable whose scope is limited to the Block of the Subroutine defining it. Private Sub Command1_Click Dim a as integer End Sub Module Level Variable A Module Level variable is a variable whose scope is limited to the Form Module defining it. Public Sub Command1_Click Dim a as integer End Sub Global Level Variable A Global Level variable is a variable whose scope can be limited to the entire project defining it. Private Sub Classjnitialize () Dim a As Integer End Sub
Difference between int a and extern int a. why the first one is definition while the second is declaration please explain?
The declaration 'int a' both declares the variable of 'a' and allocates memory for it. When you use 'extern' you are referring to a variable called 'a' that has its memory allocated in another module. The actual variable 'a' is not in the same compilation unit as the current one being compiled. Where the variable 'a' is located is resolved by the linker. When using 'extern' you state your intent to use a variable called 'a', but it doesn't reserve any memory for it in the current module.
Analyze the difference among local module-level and global variables and explain how ActiveX DLLs are created?
Local Variable A Local variable is a variable whose scope is limited to the Block of the Subroutine defining it. Private Sub Command1_Click Dim a as integer End Sub Module Level Variable A Module Level variable is a variable whose scope is limited to the Form Module defining it. Public Sub Command1_Click Dim a as integer End Sub Global Level Variable A Global Level variable is a variable whose scope can be limited to the entire project defining it. Private Sub Class_Initialize () Dim a As Integer End Sub
What is the difference between a global variable and a private variable?
The accessibility. The global one: almost everywhere in the code may reference to the global variable directly. The private variable, is private to the declaring module (class, method, assembly) only. Outside of that module has no access to it directly.
What does power control module do?
The powertrain control module (PCM), also known as an electronic control module or engine control module (ECM) is the computer that controls and manages an engine. The PCM/ECM receives input signals from the vehicles sensors. It uses these sensors in turn to manage fuel mix, timing and many other functions. It is often called the vehicle's brain, for these reasons.
What special parts did Apollo 11 have?
The special part Apollo11 had was the Lunar module.
How are coupling and cohesion related to modular design?
Ideally, modules will have low coupling and high cohesion. Coupling describes the strength of the connection between modules in a program. Loose (or low) coupling occurs when modules do not depend on other modules. One way to control this is by avoiding the use of global variables and reducing the number of variables that are passed between the modules. Another is to limit the depth of module calls (where a module calls another module, that then calls another module, and so on). Cohesion is a measure of how well a module accomplishes the module's purpose. High cohesion implies that all the module's internal statements serve to perform the module's (single) task. In order for modules to work together, there must be some connection between them. The nature of the connection is important because it determines the extent to which the modules are coupled. How are they connected? The best way to connect them is to pass the value of a local variable in one module to a second module through its parameter list. (A local variable is a variable that is defined within a module (not a parameter) is local to that module. The values of local variables are not available outside of the module in which they are declared unless they are passed. Local variables are reset to their default values once control leaves the module in which they are declared.) Another way to share information is through the use of global variables. (A variable that is defined outside of a module and that does not need to be passed to a module to be accessed by it is a global variable. Global variables retain their value once control leaves the module in which they are referenced. ) Because the value of a global variable can be changed by any module without passing, it increases the coupling between modules.
