Answer:
D
Explanation:
It's because you need a system software so the user can understand what the hardware is saying because the hardware only uses binary codes.
16 in Binary is ob10000
32 in Binary ob100000
I'm not sure if those are in 8 bit or not.
<h2>Scratch programming will be the right choice.</h2>
Explanation:
Here in the given situation, the target user is students who are new to programming languages. So "Scratch" would be the best choice.
Reason:
- Programmer-friendly
- User need not remember syntax since the syntax are provided and only place holders needs to filled
- Like any other programming language we can debug by selecting the portion of the code and use double-click to view the partial output
- simple GUI
- It's a free-ware
- It has basic looping structures
Answer:
B. False.
Explanation:
Troubleshooting strategy is a technique used to discover the cause of defeat in a system. The technician must learn to improvise with these strategies to solve a system problems.
Module replacement is a type of troubleshooting strategy that replaces a component with unknown status with another component with good status to determine the cause of the problem.
Removing a component from a system to get back to its basic configuration helps to eliminate factors that may make a computer problem difficult to solve.
Pointers can be used to manipulate the size and shape of the object.
Answer: Option 2.
<u>Explanation:</u>
Digital drawing is the point at which a drawing is made utilizing designs programming. Rather than utilizing a pencil and paper, advanced craftsmen draw with a tablet or a PC, alongside a gadget, for example, a mouse or a stylus.
Drawing digitally makes it simpler to pick hues and change them and their levels with a basic snap of your mouse. To put it plainly, advanced workmanship lets you change your canvases without demolishing them and also change the shape and size of the objects easily.
