Continuing advances in technology and automation will be eliminating repetitive work in the offices of the future.
Computer technology has had a tremendous impact upon workers. In some instances, the introduction of computers has improved member working conditions, but, in others, new technology has produced several detrimental effects.
Explanation:
- One of the key trends to emerge was that automation, smart machines and artificial intelligence will conduct repetitive work, replacing the need for people to complete these tasks.
- Instead of worrying about job losses, executives should be helping to reduce jobs in which AI and machine learning take over boring tasks, while humans spend more time with higher-level tasks.
Here are three ways eliminating repetitive work can boost productivity:
- <u> Reduce Dependency on Email and Spreadsheets :</u> Automation tools such as mobile applications, customized portals and project management tools eliminate the time spent checking and responding to emails and updating spreadsheets to reflect work progress. With automated tools, managers and their teams can post progress or project information on an integrated mobile app.
- <u>Reduce Mistakes and Injuries </u>: The possibility of human errors, which take more time to correct, is virtually eliminated when tasks are automated. Leaving the monotonous tasks to machines reduces the chance of injuries and allows workers to keep working on more strategic tasks.
- <u> Free Employees Time for High-Level Skills</u> : Many of the employees who spend their time undertaking repetitive tasks could actually be better utilized on more complex tasks.
There are a variety of illnesses that may be caused by repetitive computer work :
-
Tendonitis : pain and swelling of tendons at the junction between the tendon and its muscle;
- Epicondylitis: pain and swelling where the tendons and bone join around the elbow joint, etc
Answer:
#include <stdio.h>
void printValues ( unsigned char *ptr, int count) // count is no of cells
{
for(int i=0; i<count; i++) {
printf("%d ", ptr[i]);
}
}
int main ( )
{
unsigned char data[ ] = { 9, 8, 7, 5, 3, 2, 1} ;
printValues( data, sizeof(data)/sizeof(data[0]) );
}
Explanation:
Remember that the sizeof() mechanism fails if a pointer to the data is passed to a function. That's why the count variable is needed in the first place.
C hope that helps have a good day and I feel you good for big hugs
Answer:
Active listening skills.
Genuine interest in others.
Flexibility.
Good judgment.
Explanation:
