2nd - S1 DC CIS 116 Operating Systems I Assignments
- Instructor
- Mr. Marvin Hernandez
- Term
- 2025-2026 School Year
- Department
- Computer Science & CTE IT
Upcoming Assignments
No upcoming assignments.
Past Assignments
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Chapter 8: https://acrobat.adobe.com/id/urn:aaid:sc:US:989cf184-cd2f-4ba7-8d8f-3aef0448e137
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PART 1: Download, install, update, and run a malware scan using a modern free antivirus program on your Dell Optiplex 7060.
Students may choose ONLY ONE of the following:
AVG Antivirus Free
Avast Free Antivirus
Malwarebytes Free
PART 2: Enabling BitLocker Drive Encryption
Goal: Encrypt the NVMe OS drive to protect the system’s data from theft or unauthorized access.
Students may choose ONLY ONE of the following:
AVG Antivirus Free
Avast Free Antivirus
Malwarebytes Free
PART 2: Enabling BitLocker Drive Encryption
Goal: Encrypt the NVMe OS drive to protect the system’s data from theft or unauthorized access.
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You and your partner will complete this lab by following the directions in the attached document. When the lab is complete, let the teacher know and once all tasks have been verified, you and your partner will "mark as done".
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Arizona State University, in partnership with the National Education Equity Lab, Amazon Web Services (AWS) Academy, and ASU Prep Digital, is pleased to offer a for-credit business course to high school students: Introduction to Cloud Computing. Students who successfully complete the course will receive 3 widely transferable undergraduate credits from ASU and the opportunity to earn a Cloud Computing Credential from Amazon Web Services.
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1. Click the button labeled “Click to Generate Random IP Address.” This will create a unique IPv4 address for your copy of the spreadsheet.
2. Break your IPv4 address into 4 octets (numbers separated by dots). Example: 192.168.1.1
3. Use the Exponent (Base 2) row (2⁷ through 2⁰) to calculate the decimal place values. Fill these into the row labeled Decimal (Place) Value. Example: 2⁷ = 128, … 2⁰ = 1
4. For each octet, use the numbers (128, … ,1), highlight the ones that add up to your octet, and type a 1 for those numbers and a 0 for the rest (example: 192 = 128 + 64 → 11000000).
5. Repeat this process for all four octets. Each octet must be written in 8 bits. Your IPv4 address will now be represented as a 32-bit binary number.
6. Check your work: Add up the place values where you put 1s to confirm that each total matches your original decimal octet.
7. Submit your completed sheet after converting all 4 octets.
2. Break your IPv4 address into 4 octets (numbers separated by dots). Example: 192.168.1.1
3. Use the Exponent (Base 2) row (2⁷ through 2⁰) to calculate the decimal place values. Fill these into the row labeled Decimal (Place) Value. Example: 2⁷ = 128, … 2⁰ = 1
4. For each octet, use the numbers (128, … ,1), highlight the ones that add up to your octet, and type a 1 for those numbers and a 0 for the rest (example: 192 = 128 + 64 → 11000000).
5. Repeat this process for all four octets. Each octet must be written in 8 bits. Your IPv4 address will now be represented as a 32-bit binary number.
6. Check your work: Add up the place values where you put 1s to confirm that each total matches your original decimal octet.
7. Submit your completed sheet after converting all 4 octets.
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You and your partner will share one copy and submit it when complete.
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🖥️ Activity (Main Task)
Students use their USB to install their chosen version/edition of Windows on the Dell Optiplex 7060 SFF.
Teacher circulates to verify each group’s progress.
✅ Phase Wrap-Up (End of Class/Week)
Students will now have completed (editions, licensing, system requirements, installation types, checklists).
Reflection: Windows Installation Worksheet
Students use their USB to install their chosen version/edition of Windows on the Dell Optiplex 7060 SFF.
Teacher circulates to verify each group’s progress.
✅ Phase Wrap-Up (End of Class/Week)
Students will now have completed (editions, licensing, system requirements, installation types, checklists).
Reflection: Windows Installation Worksheet
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🖥️ Activity (Main Task)
Students use to flash their chosen version/edition of Windows to the USB drive.
Teacher circulates to verify each group’s progress.
✅ Phase Wrap-Up (End of Class)
Students will now have completed (editions, licensing, system requirements, installation types, checklists).
Students use to flash their chosen version/edition of Windows to the USB drive.
Teacher circulates to verify each group’s progress.
✅ Phase Wrap-Up (End of Class)
Students will now have completed (editions, licensing, system requirements, installation types, checklists).
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Please complete the Google Form, as this information is needed to finalize your Dual Credit registration.