Answer:
The debugged program is as follows:
A=2
B=2
For I=1 to 10
PRINT A
TEMP = A
A=B
B=TEMP+A
NEXT I
END
Explanation:
First, the value of B should be changed to 4 (because the second term of the sequence is 2
Next, change Display to Print because Q-basic uses the print keyword to display output
The sequence is not properly generated. So, I update that part of the program to:
<em>For I=1 to 10
</em>
<em>PRINT A
</em>
<em>TEMP = A
</em>
<em>A=B
</em>
<em>B=TEMP+A
</em>
<em>NEXT I
</em>
<em />
Lastly, the loop is controlled by variable I (not X).
So change NEXT X to NEXT I
Answer:
At an arraignment, the court officially illuminates a litigant regarding charges contained in a prosecution or data, gives the respondent a duplicate of the charging instrument, and takes the litigant's response to those charges as a request.
Explanation:
Answer:
The three types of user mode to the kernel mode transferred occurred due to the:
- It is mainly occurred due to the interrupt when, it send to the central processing unit (CPU).
- It also occurs due to the hardware exception and when the memory is access illegally as it is divided by the zero.
- It is mainly implemented or executed by the trap instruction as the system are basically executed by the program.
Answer:
The answer is "Starting address"
Explanation:
Arrays are a type of data structure that can store a fixed size successive assortment of components of a similar kind. An Array is used to store an assortment of data, yet it is regularly more valuable to consider a cluster an assortment of factors of a similar sort.
Rather than proclaiming singular factors, for example, number0, number1, ..., and number99, you declare one Array variable, for example, numbers and use numbers[0], numbers[1], and ..., numbers[99] to speak to singular factors. A particular component in a cluster is gotten to by a list.
All Arrays comprise of bordering memory areas. The most minimal address compares to the first element and the most highest address to the last element.
Answer:
The wireless adapter to use is the Wireless USB 2.0 Extender
Explanation:
The Wireless USB 2.0 Extender is a USB component that enables a computer to connect to and communicate with other computers on a network, or even to connect to the internet.
It uses an IEEE 802.11g radio platform and communicates within a radio frequency range of 2.4GHz.
Therefore, in cases where a notebook computer does not have a built-in wireless LAN card or PC card interface, you can use the Wireless USB 2.0 Extender as the best solution to that problem.
