Experimental Probability Dice Graph

On Tuesday our class was put into groups of 2 or 3. Each group was given a dice, we were tasked to roll the dice 60 times. What was expected to happen is that we would have 10 of each number but it wasn't very likely because of the experimental probability. Lucas and I had rolled our dice and our results are on the table. After all of us had done that we summed up all of our results onto a table and then put the total results into a graph and summed up the frequency on each number and how much times each number. Here i the graph that I have done. If we had the time we could've made more results, for example if we had 6000 we could have expected to have 1000 of each number, and if we had 6 million we could expect to have 1 million of each number. However, the more rolls someone could get, the bigger we could get for an experimental probability. The graph showed all our classes results from 1-6.
The dark blue graph is 1, the red is 2, the yellow is 3, 4 is green, 5 is orange and 6 is light blue

The graph tells us that the 3 on the dice was the highest number and that 4 was the lowest number.
Here is also the table of our results and the people who rolled the dices.

Shiloh Dynasty

For the last week in our music option we have been researching about an artist that we wanted to choose or a song that we could choose and make a biography about that person or song onto a presentation. I decided to choose Shiloh Dynasty because I like the sort of music that she makes. Here is the presentation I made.

Probability Dice

Today we made a table about a probability problem involving dice. We had done 2 tables, one was seeing all the possible out outcomes with 2 dice, the second was finding the difference of the 2 dice. The table was very simple to do. Here is the work I did.