A self-marking MS Excel spreadsheet which marks students answers as they enter them.
Includes 5 Tasks each with 15 values to convert.
Task 1: Converting Denary into Binary
Task 2: Converting Binary into Denary
Task 3: Binary into Hexadecimal
Task 4: Denary into Binary into Hexadecimal
Task 5: Hexadecimal into Binary into Denary.
Sheets are password protected to prevent students altering the formula which marks their input.
This macro enabled PowerPoint has uses a standard CSV file which include key words, initials and clues. Here at flipp.ED Resources we look to make things as engaging as possible, so why not start at the core of all subjects?
The resource works by reading a CSV file, some examples for computer science can be found at http://bit.ly/FlippED-Keyhives
Current Keyhives available
Computer Science: Combined
Computer Science: Networks
Computer Science: System Architecture
Computer Science: Data Representation
This resource will work with ANY csv file which follows the same format as the examples (see link above) so you can easily make your own in excel or google sheets. Each keyhive requires a minimum of 23 keywords in order to fill the grid.
First time: Read the instructions for a quick break down of the features within the PowerPoint.
Support: If you have any issues/questions with this product please email me (firstname.lastname@example.org)
What it does
This JS application is an infinite game generating a number between 0 and 255 and displaying it in binary. Users convert it in their heads in 30 seconds and enter the decimal value in the box.
How i use it
Conversion Champion! This becomes a consistent favourite with my groups as a plenary, i use it throughout the entire 2.6 unit with students keeping screenshots of their highest score. At the end of the unit person with the highest score in that group gets the conversion champion crown and a £5 voucher!
What it does
How i use it
I use it as a plenary and staple for conversion lessons as part of the data representation unit. Very well recieved usually put a cash incentive for people to get the highest score.
What is this resource?
Twenty unique matchstick puzzle starter/settler tasks fully animated to display their solution with a single click. These puzzles require the students to use lateral problem solving skills with is a vital and essential skill.
What does this resource include?
1x PowerPoint document (includes 20 unique animated matchstick puzzles)
Instructions on how to implement them within your own presentations.
1x PDF Printable matchstick’s (A4, 44 matchsticks per sheet).
What is Lateral Thinking?
Lateral thinking is a problem solving method which requires the people engaged to use indirect and creating approaches which may not be immediately obvious. As problem solving is vital skill for any future career i believe it is a skill set we should engage all students with.
How do you implement them?
Matchstick puzzles are incredibly versatile and easy to implement. You can implement this sort of task in the classroom in many different ways. A personal favorite of mine is to have a few sets of laminated paper matchsticks on each table and let them interact with the puzzles.
What subject are these tasks good for?
Well, these can be implemented into any subject as starters or settler tasks, the problem solving skills are universally transferable in my oppinion; myself i teach ICT and Computer Science.
What about the other 19 teaching weeks?
A good point, This is only Part 1, I am working on a second part which, when complete, will be linked above. I have around a hundred of these puzzles in books but i am going through them with a fine tooth comb. I am looking to implement puzzles puzzles which fit into two categories:
Solvable in 5 to 10 minutes.
Animatable using PowerPoint’s tools.
What it does?
This JS application takes in 4 bit binary values and changes the style of the box to reflect their corresponding colour in the pallete. Once completed the student can either save their design as a text file (see example) or a bitmap file.
How i use it
While covering the representing images this is a really nice way for students to demonstrate how a bitmap file stores an image.
This can be extended into compression getting students to group up the binary strings etc. 0000 0000 0000 0000 --> [4, 0000] etc.