A <u>Text editor </u>is a program that you use to create simple text files.
<h3>What is the text editor?</h3>
A text editor is known to be a kind of a computer program that is known to give room for a user to be able to enter, alter , store, and also be able to print text (such as characters as well as numbers, each is known to be encoded by the computer as well as its input and output devices, set up to have meaning to a given users or to other kinds of programs).
Therefore, based on the above, one can say that A <u>Text editor </u>is a program that you use to create simple text files.
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A(n) ____ is a program that you use to create simple text files. a. text editor b. IDE c. GUI d. GDE.
It allows power boats to have stability while cruising. The cathedral hull is like a trimaran in terehat it has one main and two side hulls stuck together so that has a somewhat square to rectangular shape and therefore exhibits greater stability than a single hulled boat. It became more popular with the advent of fibreglass boats in the 1960's and '70s.
Answer:
Four times traveling 40,12345 mts
Explanation:
We can express this as a sum as follows
The first term is the dropping part and the second is the upward motion. this sums up to 40,12345 m after bouncing four times. As a program we could write using the while loop.
distance=0;
i:=0;
while distance<40 do
i:=i+1;
distance:=distance+ 
end while;
Here the answer is in i and the closest distance traveled after reaching 40 is in the variable distance.
The formula bar
In Excel, external references reference a cell or a range of cells in another workbook. The formula of an external reference result can be displayed in a formula bar. A formula bar displays the value or formula entered in an active cell. It displays information being entered as you type in the active or current cell. Contents of an external reference can also be edited in the formula bar.
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
