Answer:
<u>He wants to easily and quickly find specific bits of research that cover certain topics.</u>
<u>Explanation:</u>
Remember, a research work typically has these 6 (six) components:
- The Abstract.
- Introduction
- Methodology
- Results
- Discussion
- References.
Thus, Aika's decision to label several folders for different parts of his research would make it easier and quicker for him to find specific bits of research that cover certain topics, instead of spending time looking for topics.
A.The power of microprocessors will double every two years.
Answer:
3.
Explanation:
Co-authoring in PowerPoint is sharing a presentation and allowing your colleagues to work on it at the same time. This option of co-authoring is available when you share or save your file on OneDrive or SharePoint.
The perk of co-authoring a presentation is that PowerPoint keeps a record of all edits under the name of the author. This keeps the conflicts away.
Therefore, the correct answer is option 3.
Answer:
The data in web storage is passed to the server with every HTTP request.
Explanation:
There are basically two Web storage APIs Session storage and local storage.Both can store data up to 5MB. They are supported by every modern browser.You can store data in local storage indefinitely and for browser session in session storage.There is no data or information in HTTP request header.So we conclude that option 4 is the answer.
Answer:
#here is code in python.
#main method
def main():
#read the initial position
in_pos=float(input("enter the initial position:"))
#read the initial velocity
in_vel=float(input("enter the initial velocity:"))
#read the acceleration
acc=float(input("enter the acceleration:"))
#read time
time=float(input("enter the time:"))
# final position =x+ut+(at^2)/2
fin_pos=in_pos+(in_vel*time)+(acc*(time**2)/2)
#print the final position
print("final position is: ",fin_pos)
#call the main method
main()
Explanation:
Read the initial position, initial velocity, acceleration and time from user.Then calculate final position as initial position+(initial velocity*time)+ (acceleration*time^2)/2. This equation will give the final position. print the final position.
Output:
enter the initial position:10
enter the initial velocity:20.5
enter the acceleration:5
enter the time:15
final position is: 880.0
