Answer:
Annotation symbol.
Explanation:
A flowchart can be defined as a graphical representation of an algorithm for a process or workflow.
Basically, a flowchart make use of standard symbols such as arrows, rectangle, diamond and an oval to graphically represent the steps associated with a system, process or workflow sequentially i.e from the beginning (start) to the end (finish).
A symbol shown as a three-sided box in a flowchart, that is connected to the step it references by a dashed line is known as an annotation symbol.
This ultimately implies that, it provides additional information in the form of remarks or comments with respect to the steps in a flowchart.
Answer: True
Explanation:
Yes, it is true that the informal or the casual meetings are very common and you can chat over tea with your friends and colleagues and meet with your childhood friends in purely social meeting. Informal meetings are basically planned for relaxation your mind and mood other than formal business meetings. It does not have any agenda like the formal business meetings.
PSEUDOCODE:
1. DECLARE number: INTEGER
2. DECLARE multiple: INTEGER
3. INPUT number
4. FOR counter FROM 1 TO 10 DO
5. multiple <-- number * counter
6. PRINT number, " * ", counter, " = ", multiple
7. ENDFOR
<em>1. declaring a variable "number" as an Integer</em>
<em>2. declaring a variable "multiple" as an Integer</em>
<em>3. The user inputs the value of number</em>
<em>4. FOR loop where variable "counter" increments by 1 after every iteration</em>
<em>5. sets the value for variable "multiple" as the value of number * counter</em>
<em>6. prints out for example "3 * 1 = 3" and will continue till counter reaches 10</em>
<em>7. Ends the for loop</em>
FLOWCHART below
hope it helped
Answer:
Explanation:
#include <iostream>
using namespace std;
int costdays(int);
int costhrs(int,int);
int main()
{
int dd,hh,mm,tmph,tmpd,tmpm=0;
int pcost,mcost=0;
cout<<"Enter Parking time" << endl;
cout<<"Hours: ";
cin>>hh;
cout<<"Minutes: ";
cin>>mm;
if (mm>60)
{
tmph=mm/60;
hh+=tmph;
mm-=(tmph*60);
}
if (hh>24)
{
tmpd=hh/24;
dd+=tmpd;
hh-=(tmpd*24);
}
if ((hh>4)&&(mm>0))
{
pcost+=costdays(1);
}
else
{
mcost=costhrs(hh,mm);
}
cout<<"Total time: ";
if (dd>0)
{
cout<<dd<<"days ";
pcost+=costdays(dd);
}
pcost+=mcost;
cout<<hh<<"h "<<mm<<"mins"<<endl;
cout<<"Total Cost :"<<pcost<<"Won";
return 0;
}
int costdays(int dd)
{
return(dd*25000);
}
int costhrs(int hh,int mm)
{
int tmpm, tmp=0;
tmp=(hh*6)*1000;
tmp+=(mm/10)*1000;
tmpm=mm-((mm/10)*10);
if (tmpm>0)
{
tmp+=1000;
}
return(tmp);
}
