Answer:
ring
Explanation:
Answer:
The output is 20
Explanation:
This line divides the value of x by userVal
tmpVal = x / userVal;
i.e.
tmpVal = 100/5
tmpVal = 20
This line then prints the value of tmpVal
System.out.print(tmpVal);
i.e 20
Hence, The output is 20
The provided Java code checks if the variable userVal does not equal 0. As this is the case when userVal is 5, another variable tmpVal is assigned the value of another variable x (which is 100) divided by userVal. Hence, the output of the code would be 20.
In the given piece of code, the variable userVal is assigned a value of 5. The program also contains a variable x which is assigned a value of 100. An if statement checks whether userVal does not equal 0 - since 5 != 0, the condition is true. A new variable tmpVal is then declared and assigned the value of x divided by userVal, so tmpVal equals 100 / 5, which is 20. So, the output of this code when userVal is 5 would be 20.
#SPJ3
It should be noted that the number of thermal performance mode is 5.
From the complete information, it should be noted that there are five thermal performance control modes are there in Alienware Area 51m to support different user scenarios.
The modes are:
In conclusion, the correct option is 5
Learn more about modes on:
Answer:
3
Explanation:
The Dell Alienware Personal Computers refers to a range of PC's which are known for their strength, durability and most commonly their graphical performance. Th ecomputwrs are built to handle very high and intensive graphic demanding programs including gaming. The Alienware area 51m is a laptop which has been loaded with the capability and performance of a high graphic demanding desktop computers boasting massive memory size and greater graphic for better game play and high graphic demanding programs.
The laptop features an improved thermal and performance capability to handle the effect of different graphic demanding programs. Therfore, the laptop has 3 different thermal a d performance system modes which altenrtes depending on graphic demands in other to handle intensive demands.
Answer:hackers
Explanation:
Answer:
num1 = 600
Explanation:
Given
The attached code snippet
Required
The output of n = funcOne(funcTwo(n)); when n = 30
The inner function is first executed, i.e.
funcTwo(n)
When n = 30, we have:
funcTwo(30)
This returns the product of n and 10 i.e. 30 * 10 = 300
So:
funcTwo(30) = 300
n = funcOne(funcTwo(n)); becomes: n = funcOne(300);
This passes 300 to funcOne; So, we have:
n = funcOne(300);
This returns the product of n and 2 i.e. 300 * 2 = 600
Hence, the output is 600
The program that prompts the user to enter a Social Security number in the format ddd-dd-dddd, where d is a digit can be implemented in Python using regular expressions. The regular expression pattern for the SSN format can be used to validate the input.
Pythons code:
```python
import re
ssn_pattern = re.compile(r'^\d{3}-\d{2}-\d{4}$')
ssn = input("Enter your Social Security Number (format: ddd-dd-dddd): ")
if ssn_pattern.match(ssn):
print("Valid SSN")
else:
print("Invalid SSN")
```
In the above code, we first import the `re` module to work with regular expressions.
We then define the regular expression pattern for the SSN format as `^\d{3}-\d{2}-\d{4}$`. This pattern matches any string that starts with three digits, followed by a hyphen, then two digits, another hyphen, and finally, four digits.
We then prompt the user to enter their SSN using the `input()` function. We then check if the entered SSN matches the pattern using the `match()` function of the regular expression object `ssn_pattern`.
If the SSN matches the pattern, we print "Valid SSN". Otherwise, we print "Invalid SSN".
Know more about SSN,
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ssn = input("Enter a valid Social Security number: ")
dashes = 0
nums = 0
message = "Invalid SSN"
if len(ssn) == 11:
for x in ssn:
if x.isdigit():
nums += 1
elif x == "-":
dashes += 1
if nums == 9 and dashes == 2:
message = "Valid SSN"
print(message)
I wrote my code in python 3.8. I hope this helps!
B. -2
C. "Open"
D. +2
Answer:
D. +2
Explanation:
The given function is an IF function where the first argument is a logical test, the second argument is the result if the logical test is true and the third argument is the result if the logical test is false. Depending on whether the result of the logical test is true or false, the respective value will be returned.
IF(logical_test, value_if_true, value_if_false)
In this case, the logical test first compares the value of B3 and D5. As B3 is not greater than D5, the result is false and the value for false will be returned. The value for false result of the logical test is equated by D5-B3 which is equal to 2. Thus the result of the IF function is +2.