Word wrap is the same as; Soft Return
Word wrap means that you let the; Computer Control when it will go to a new line
<h3>What is Text Wrapping?</h3>
Text wrapping is simply defined as a process used in MS Word to Wrap a Text around an Image.
Now, the way it is done is by selecting the image you want to wrap text around and then On the Format tab, click the Wrap Text command in the Arrange group, then select the desired text wrapping option to wrap the text.
Finally Word wrap is also same as using soft return and letting the computer control when it goes to the next line.
Read more about text wrapping at; brainly.com/question/5625271
The two features that could be added to a game using an "if () then" block are c. if the player touches a wall, it turns around and moves back 5 and d.
<h3>What does the If Then block mean?</h3>
The If-Then block is understood to be the output certainly considered one among given values, this is because of the fee of a Boolean enter.
Note that the entry fee could be very essential and as such, The functions will be introduced to a sport the use of an "if () then " block are: Using nested If-Then blocks. • Checks the particular Bid amount for the instrument.
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I think false not sure but let other people help u answer and u can decide
Answer:
Choose what you think based on this.
Explanation:
with a for loop:
>>> students = 3
>>> for student in range(students):
>>> print(student)
would output
>>> 0
>>> 1
>>> 2
with a while loop now:
>>> students = 3
>>> student = 0
>>> while student < students:
>>> student = student + 1
>>> print(student)
the for loop is more compact than the while loop. But there may be some times when a you cant do a for loop. The first question is more than likely definite but I don't know the second answer.
Answer:
0.127 miles ; 5.458 *10^8 miles
Explanation:
Number of bytes needed to store a page = 2000
Number of pages (Harry Potter's book) = 800
Total memory required to store entire book = (2000 * 800) = 1600000 = 16 * 10^5 bytes
Hence,
1 byte of memory will store : (height of each book / memory size of each book)
= 3 ÷ 16 * 10^5
= 1.875 * 10^-6
For 32 bit memory space :
(1.875 * 10^-6 * 2^32) = 8053.06368 inches
1 inch = 1.578 * 10^-5 mile
8053.06368 inches = 8053.06368 * (1.578 * 10^-5) = 0.1270773448704 miles
= 0.127 miles
For 64 bit memory size :
(1.875 * 10^-6 * (2^64)) = 3.45876 * 10^13 inches
(3.45876 * 10^13) * (1.578 * 10^-5)
= 5.458 *10^8 miles
