You can apply several different worksheet themes from which tab?

Develop Swimlane Activity diagram for Assignment announcement and submission system.

ArbitrLikvidat [17]

Using cases can be visualized in greater detail in this report of an activity diagram.
In other words, it's a behavioral diagram that regulates the number of actions via systems. They can also be used to show sequences of activities in business operations.
UML Activity Diagrams A business process can be examined to determine its flow and demands that use these tools.

The steps to this question can be defined as follows:

For step 1:

The task is to decide the action steps depending upon your use case.

For step 2: Identify all parties involved

If you know whoever the actors are, it's easier to determine the acts they are liable for.

For step 3: Establish a movement among activities

Change the priority in which the action is required by studying the flowchart.
If you need to add any branches to the graph, note the conditions that must be met for certain processes to take place.
Furthermore, do you even have to finish some tasks before moving onto someone else?

For step 4: Adding swimlanes

We know who is to blame for each act. It's time to assign everyone a swimming lane and group every action they are accountable for under it.
Some many activities and actions make up your sales system or process.

Please find the diagram in the attachment file.

Learn more:

Assignment submission: brainly.com/question/11714037

8 0

3 years ago

What landforms are likely to form at this boundary

Paha777 [63]

Landforms that could be created at convergent boundaries would consist of: volcanoes, mountains, trenches, volcanic islands, and even deserts could result from effects of converging boundaries. The landforms are mountains.

3 0

3 years ago

In this lab, you use the flowchart and pseudocode found in the figures below to add code to a partially created C++ program. Whe

never [62]

Answer:

The equivalent program in C++:

#include<iostream>

#include <sstream>

using namespace std;

int main(){

string Score, Rank;

cout<<"Enter student score and class rank: ";

cin>>Score>>Rank;

int testScore = 0, classRank = 0;

stringstream sstream(Score);

sstream>>testScore;

stringstream tream(Rank);

tream>>classRank;

if (testScore >= 90){

if(classRank >=25){cout<<"Accept";}

else{cout<<"Reject";}

}

else if(testScore >= 80){

if(classRank >=50){cout<<"Accept";}

else{cout<<"Reject";}

}

else if(testScore >= 70){

if(classRank >=75){cout<<"Accept";}

else{cout<<"Reject";}

}

else{cout<<"Reject";}

return 0;

}

Explanation:

This declares Score and Rank as string variables

string Score, Rank;

This prompts the user for score and class rank

cout<<"Enter student score and class rank: ";

This gets the user input

cin>>Score>>Rank;

This declarees testScore and classRank as integer; and also initializes them to 0

int testScore = 0, classRank = 0;

The following converts string Score to integer testScore

stringstream sstream(Score);

sstream>>testScore;

The following converts string Rank to integer classRank

stringstream tream(Rank);

tream>>classRank;

The following conditions implement the conditions as given in the question.

If testScore >= 90

if (testScore >= 90){

If classRank >=25

if(classRank >=25){cout<<"Accept";}

If otherwise

else{cout<<"Reject";}

} ---

If testScore >= 80

else if(testScore >= 80){

If classRank >=50

if(classRank >=50){cout<<"Accept";}

If otherwise

else{cout<<"Reject";}

}

If testScore >= 70

else if(testScore >= 70){

If classRank >=75

if(classRank >=75){cout<<"Accept";}

If otherwise

else{cout<<"Reject";}

}

For testScore less than 70

else{cout<<"Reject";}

3 0

2 years ago

If a 60 lb. load is placed on the platform, what will the pressure gauge reading be if the piston area is 5 sq.in? Give your ans

Doss [256]

Answer:

The pressure gauge reading will be;

12 psi

Explanation:

The question relates to relationship of pressure and area

The given parameters for the measurement are;

The weight of the load = 60 lb

The required area of the piston = 5 in.²

Pressure exerted by a force can be defined as follows;

$Pressure = \dfrac{Force}{Area}$

The weight of the load = The force applied by the load

Therefore;

$Pressure = \dfrac{Force}{Area} = \dfrac{60 \ lb}{5 \ in.^2} = 12\dfrac{lb}{in.^2} = 12 \ psi$

The gauge reading will be 12 psi.

7 0

3 years ago

Read 2 more answers

For our computer club in school, we are making a discord server and seeing who can get the most members. I am making an Anime Se

Gwar [14]

Answer:

misteragua#1874

Explanation:

5 0

2 years ago