There are several ways, the prototype of an actual program can be represented; one of them, is by making use of flowcharts
Flowcharts show the steps taken to execute a task, graphically.
<u>(a) Area of a circle</u>
The flow of the flowchart, goes as thus:
- <em>Start</em>
- <em>Let Radius = 5</em>
- <em>Let PI = 3.14</em>
- <em>Calculate Area = PI * Radius * Radius</em>
- <em>Print Area</em>
- <em>Stop</em>
<em />
<u>(b) Area of a rectangle</u>
The flow of the flowchart, goes as thus:
- <em>Start</em>
- <em>Input l</em>
- <em>Input w</em>
- <em>Calculate Area = l * w</em>
- <em>Print Area</em>
- <em>Stop</em>
<em />
<u>(c) Area of a circle</u>
The flow of the flowchart, goes as thus:
- Start
- Input Gender
- If Gender == 'M"
- Print "You're a Male"
- else
- Print "You're a Female"
- Stop
See attachment for the required flowcharts
Read more about flowcharts at:
brainly.com/question/17373574
Acute exacerbation of Addison's disease can lead to ECG changes and cardiovascular collapse as a result of electrolyte imbalance and also as a consequence of low blood volume due to the K retention and/or Na excretion.
<h3>What is Addison's disease?</h3>
Addison's disease is a disorder associated with the faulty secretion of several hormones, which are fundamental to maintaining the homeostasis of the body (state of equilibrium) in normal conditions.
This disease (Addison's disease) is associated with electrocardiogram (ECG) changes due to arrhythmia caused by electrolyte imbalance issues, which is a process that depends on positive ion particles such as potassium K and sodium Na in normal concentration levels
In conclusion, acute exacerbation of Addison's disease can lead to ECG changes and cardiovascular collapse as a result of electrolyte imbalance and also as a consequence of low blood volume due to the K retention and/or Na excretion.
Learn more about Addison's disease here:
brainly.com/question/13840401
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The answer you’re looking for is false
Answer:
it may be linear gradient.