The answer is the second one.
Hope this helps! :)
▪︎An onscreen camera for drawing virtual images is called "turtle" in python language.
The codes we will be using in the following algorithm are :
▪︎Turtle.left
▪︎Turtle.right
▪︎Turtle.move #upward
An algorithm to help the python turtle reach the finish line :
- Turtle.left
- Turtle.left
- Turtle.left
- Turtle.move#upward
- Turtle.move#upward
- Turtle.move#upward
- Turtle.right
- Turtle.right
- Turtle.move#upward
- Turtle.left
Answer:
C. Ethernet over multi mode fiber .
Explanation:
Given that the distance to be covered is 1 km. Multi-mode optic fiber is best suited for short distances of up to 2 km and can withstand harsh environments with less signal attenuation. Single mode fiber is best suited long distance of up to 200 km or more and is expensive as compared to multi-mode fiber Ethernet over twisted pair is best for indoor use and can only cover very short distances. Although UTP and STP are relatively cheap they cannot withstand harsh environments without great signal loss.
Lets first work out how many different codes would be needed to represent everything. 26 for lowercase, 26 for uppercase, and 10 for 0-9. Total, that makes 62 needed codes.
If we start with 0, we need to go up to 61 to represent all the characters. Thus, we can convert 61 to binary and count the number of digits needed to represent that as the last number in the set and that will tell us how many digits are needed.
61 in binary is 111101, so we need 6 digits to represent that number. The answer is B.
Answer: I think it is c
Explanation: hope this helps
