Answer:
The X position would be 10
Explanation:
The Xpos variable has the value 10 assigned to it, when implemented into the rectangle's code, it is put in the X axis slot, this means that the X position would be 10
Answer:
Digital logic circuits made of cascaded flip flops.
The different types of Bit Shift Registers are; Serial-In Serial-Out, Parallel-In Parallel-Out, Serial-In Parallel-Out, Parallel-In Serial-Out.
Shift registers can be used as converters to translate data, as delay circuits or counters.
Explanation:
Shift Registers are digital logic circuits made of cascaded flip flops. Their main function is to shift their contents (bits) to the right or to the left one bit at a time. Bit Shift Registers can process data either parallelly or serially. So the different types of Bit Shift Registers are;
- Serial-In Serial-Out
- Parallel-In Parallel-Out
- Serial-In Parallel-Out
- Parallel-In Serial-Out
Because of their ability to convert data from parallel to serial, shift registers can be used as converters to translate data. Some of their other applications are also delay circuits or counters, storing and manipulating data etc.
I hope this answer helps.
Answer:
D
Explanation:
A printed map cannot zoom, but it can have all of those other features attached.
Answer:
def count_over_100(number_list):
count = 0
for number in number_list:
if number > 100:
count += 1
return count
Explanation:
Create a function called count_over_100 that takes one parameter, number_list
Initialize the count as 0
Create a for loop that iterates through the number_list. Inside the loop, check each number using if-else structure. If a number is greater than 100, increment the count by 1.
When the loop is done, return the count
Answer:
Below picture should give you an indication. On different PC cases, the position of the connectors can be different, so you have to look at the shape.