A1 - Hardware Slide Show
Note
This assignment is for grade 11 students who did not do this assignment in my period 3 class. Grade 11 students who did do this in my other class and grade 12 students will be given a handout for an alternate assignment.
Part 1 - Non-Memory Devices
For this assignment, refer to this slide presentation, which we will be going through in class.
Your Task
Create a new Google Slides presentation in your Google Drive. You can call it something like "Computer Hardware". Create six slides, titled as follows:
- Slide 1 - Title page. You can call it "Computer Hardware"
- Slide 2 - Motherboard
- Slide 3 - CPU
- Slide 4 - GPU
- Slide 5 - Buses
- Slide 6 - Power Supply
On slides 2-6, you should paste in a picture of the component that is different than the picture I used in my presentation. Then, you need to paste each of the facts below onto the appropriate slide. The facts are listed below in a random order.
Connects all other computer components together
Generally contains hundreds or thousands of cores
Speed is measured in Gigahertz (GHz)
Responsible for rendering graphics
Responsible for transferring data between components
Generally contains 2-16 cores
Responsible for powering individual components in the computer
Responsible for executing program instructions
Is part of the motherboard (instead of being connected to it)
Part 2 - Memory Devices
For this assignment, refer to this slide presentation, which we will be going through in class.
Your Task
Continue your slide presentation from Part 1, by adding slides with the following headings:
- Slide 7 - Cache
- Slide 8 - RAM
- Slide 9 - SSD
- Slide 10 - Hard Drive
On slides 7-10, you should paste in a picture of the component. Then, you need to paste each of the facts below onto the appropriate slide. The facts are listed below in a random order.
Contains moving parts.
Most computers have a few megabytes.
Can be written to only a limited number of times before it wears out.
Most computers have a few gigabytes.
Most store a few hundred gigabytes, but sometimes up to a terabyte or more.
Resides on the CPU.
Volatile memory that resides on a chip separate from the CPU.
Most of these store several terabytes.
Uses flash memory.