what does the windows update delivery optimization function do? answer delivery optimization lets you set active hours to indicate normal use for your device. the device will not reboot to install updates during this time. delivery optimization lets you know when and if there are any urgent updates for your system and provides you with an option to download and install them. delivery optimization lets you view the updates you have installed. it also lets you uninstall an update if needed. delivery optimization provides you with windows and store app updates and other microsoft products.

No, you cannot use the OEM license key from your previous computer to install the software on your new PC.

When you purchase a computer, the operating system pre-installed on it is often provided as an OEM license. This license is tied to the hardware of the computer it was originally installed on and cannot be transferred to a new computer. Therefore, you cannot use the OEM license key from your previous computer to install the software on your new PC.

If you want to use the older version of Windows on your new computer, you will need to purchase a new license or obtain a retail version of the operating system. The retail version of Windows allows you to transfer the license to a new computer, as long as it's only installed on one computer at a time.

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Answer:

184 toothpicks

Explanation:

60 toothpicks+60 toothpicks+32 toothpicks + 32 toothpicks = 184 toothpicks

Answer:

3932

Explanation:

So, For 60×32 grid toothpicks required = 2x60x32 +60+32 = 3932*

To create a program that calculates the time required to cut the grass in a rectangular yard, we need to follow a few simple steps. First, we need to prompt the user to input the length and width of the yard and the house situated in the yard.

Once we have the dimensions of the yard and house, we can calculate the area of the yard by multiplying the length and width. We then subtract the area of the house from the total yard area to get the area that needs to be cut.

Next, we can calculate the time required to cut the grass by dividing the area that needs to be cut by the rate of two square meters per minute.

We can then display the time required to cut the grass to the user using the console. The code for this program would involve using input statements to get the necessary dimensions, performing the calculations, and printing the result to the console using print statements. With this program, users can quickly and easily determine how long it will take to cut their grass.

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This program reads a list of first names and ages, and its purpose is to output the list with incremented ages. However, the program encounters an issue if the second input on a line is a string instead of an integer, resulting in a ValueError exception.

To address this problem, you can use try-except blocks at the "fixme" point in the code. By implementing this structure, you can catch the ValueError exception and output 0 for the age whenever an invalid input is encountered.

Here's a simplified explanation of how the try-except blocks work:

1. The "try" block contains the code that may potentially cause an exception (in this case, converting the input to an integer).
2. If no exception is encountered, the program proceeds normally.
3. If an exception occurs, the program jumps to the "except" block, which specifies how to handle the error.

In your specific case, the "except" block should be designed to catch ValueError exceptions and output 0 for the age when it's triggered.

Following this approach will allow the program to handle invalid inputs gracefully and continue to process the rest of the list without any issues.

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The C program is given below that calculates the minimum wage at the end of each year for the last decade:

#include <stdio.h>

int main() {

   float wage = 25000.0;

   printf("Minimum wage at the end of each year for the last decade:\n");

   for (int i = 1; i <= 10; i++) {

       wage += wage * 0.03;

       printf("Year %d: $%.2f\n", i, wage);

   }

   return 0;

}

Explanation:

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To create a database for your department at the university, you need to follow these steps: design the database structure, create a form, develop two queries, and generate a report.


1. Design the database structure: Identify the tables, fields, and relationships needed to store department information (e.g., students, courses, faculty, etc.).

2. Create a form: Design a user-friendly form to input and update data, such as adding new students or updating course information.

3. Develop two queries: Create two queries to retrieve specific data from the database (e.g., a list of students enrolled in a specific course or faculty members teaching a particular subject).

4. Generate a report: Design a report that presents the data from your queries in a well-organized and readable format.

By following these steps, you will have a functional and useful database for your department that includes a form, two queries, and a report.

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