Answer:
Arguments: "blue" and "gray"
Parameters: x and y
Explanation:
In programming, a function can take zero or one or more than one input values. These input value will be held by the variables which are called parameters. In this code snippet, x and y are parameters of wearIt function.
On another hand, when calling a function, we provide the values to the function and the values provided are termed as arguments. In this case, we provide the string blue and gray which are held by shirt and pants variables respectively to the function wearIt. The string "blue" and "gray" will then be passed to parameter x and y which will be processed in the function.
The type of network that consists of multiple Windows computers that share information is peer-to-peer. In this network, the computer serves as an authoritative source of user information.
<h3>Peer-to-peer computer networks</h3>
A peer-to-peer (P2P) network can be defined as a type of network where the computer acts as a source of user information.
In P2P, a cluster of different computers are linked and they have the same permissions for processing data in the network.
This type of computer network (peer-to-peer computer network) has been created to serve and/or receive data.
Learn more about peer-to-peer computer networks here:
brainly.com/question/1172049
Answer:
What you should do is to move the motherboard jumper.
Explanation:
Based on the information given in a situation where you boot the computer system in which you find out that there was a password set on the BIOS which full meaning is BASIC INPUT/OUT SYSTEM which means that if You need to clear the set password in order for you to edit the CMOS settings which full meaning is COMPLEMENTARY METAL OXIDE SEMICONDUCTOR What you should do is for you to move the MOTHERBOARD JUMPERS reason been that jumpers will help to set or configure the MOTHERBOARD which is the most important part of a computer and the brain of a computer in order to clear the password so that CMOS setting can be edited.
Answer:
Step 1: Divide (232)
successively by 2 until the quotient is 0:
232/2 = 116, remainder is 0
116/2 = 58, remainder is 0
58/2 = 29, remainder is 0
29/2 = 14, remainder is 1
14/2 = 7, remainder is 0
7/2 = 3, remainder is 1
3/2 = 1, remainder is 1
1/2 = 0, remainder is 1
Step 2: Read from the bottom (MSB) to top (LSB) as 11101000.
So, 11101000 is the binary equivalent of decimal number 232
(Answer).
