Answer:
The program is as follows:
10 INPUT RADIUS, BASE, HEIGHT
20 CIRCLE = 3.142* RADIUS * RADIUS
30 TRIANGLE = 0.5* BASE * HEIGHT
40 PRINT CIRCLE
50 PRINT TRIANGLE
60 STOP
Explanation:
The program description doesn't tally;
In other words, it is impossible to calculate the area of a triangle using the radius of a circle.
So, I designed the program to get input for radius, base and height.
Get input for radius, base and height
10 INPUT RADIUS, BASE, HEIGHT
Calculate area of circle
20 CIRCLE = 3.142* RADIUS * RADIUS
Calculate area of triangle
30 TRIANGLE = 0.5* BASE * HEIGHT
Print area of circle
40 PRINT CIRCLE
Print area of triangle
50 PRINT TRIANGLE
End of program
60 STOP
For an e-learning project, storyboarding is a crucial step to outline the content, interactions, and visuals.
Start by defining the learningobjectives and target audience. Then, structure the content into modules or lessons. Create a visual layout with placeholders for text, images, videos, and interactive elements like quizzes or assessments.
Ensure a logical flow and consistency in design. Include space for narration scripts, on-screen text, and notes for instructional designers. Collaboration with subject matter experts is essential. Finally, review and revise the storyboard to align with the project's goals and learning outcomes.
This well-organized plan will guide the development of engaging and effective e-learning modules.
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Answer:
The program to this question as follows:
Program:
public class DataTransmitter //defining class
{
double x=3.0; //define variable x.
public static void sendDouble(double x) //define method sendDouble.
{
x=9.6; //change variable value
System.out.print("The value of x variable is :"+x); //print value.
}
public static void main(String[] args) //define main method
{
sendDouble(0.0); //calling function
}
}
Output:
The value of x variable is :9.6
Explanation:
The explanation of the above java program can be define as follows:
Answer: Mainframe computers or mainframes are computers used primarily by large organizations for critical applications; bulk data processing, such as census, industry and consumer statistics, enterprise resource planning; and transaction processing.
b. False
Answer:
True indeed
Explanation:
The updated information about specific parameters of the new hardware component can be stored in:
b. Flash Memory: Flash memory is a non-volatile storage medium that can retain information even when the power is turned off. It is commonly used to store firmware, such as the system BIOS, which contains instructions for the computer's hardware. When a new hardware component is installed, its specific parameters can be stored in the flash memory, allowing the computer to recognize and configure the component correctly.
e. CMOS RAM: CMOS RAM, or complementary metal-oxide-semiconductor random-access memory, is a type of volatile memory that stores the computer's basic hardware configuration, including information about installed devices. When a new hardware component is installed, its parameters can be stored in the CMOS RAM, enabling the computer to identify and interact with the component during the startup process.
It's important to note that both flash memory and CMOS RAM can be used to store updated hardware information, but they serve different purposes. Flash memory is typically used for firmware storage, while CMOS RAM is used for storing the computer's hardware configuration. So, either option b. Flash Memory or e. CMOS RAM could be a valid answer depending on the specific context of the question.
The System BIOS stores the specific parameters of a hardware component that has been replaced in a computer. It is built-in software that helps the computer to boot up by saving the components' information.
When you replace a modular hardware component inside a computer case, the updated specific parameters of the newly installed device are generally stored in the System BIOS (Basic Input Output System). The System BIOS consist of a built-in software that instructs the computer on how to perform a certain process like booting up. The BIOS stores all the hardware components information so it would know what it has to manage.
On the other hand, Flash Memory is a type of storage technology used for saving data, Secondary storage refers to storage devices like hard drives, Startup BIOS is the part of the BIOS responsible for booting the computer, and CMOS RAM stores the BIOS settings and other system time information.
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