Resources lementary Component Secondary Component Other Law of Large Numbers (us

Question

Resources lementary Component Secondary Component Other Law of Large Numbers (use with UCSMP Pre-Transition Mothematics, Lesson 10-5) Trials: 10 Choose Simulation: 2 Dice 50% 37.7% 25% 125% 0% 10 12 1 Te 10 Trials 100 Trials1000 Trials 10000 Triala If you can't see the demo above, click here. Roset Directions This interactive applet demonstrates that as one increases the sample size, the relative trequency approaches the theoretical probability. At the upper left you can choose a number of different simulations to run. For example, if you choose the Letters simulation, the graph wil display the relative frequency of how often each letter was selected after a certain number of random selections. The number of trials is displayed at the top of the graph. The colored bars indicate the relative frequency while the black lines show the theoretical probability. At the bottom you can increase the number of trials or reset the simulation.

Explanation / Answer

As you have send bar chart of trials 10

from the above chart I can say option 4 is right

you observe by changing number of trials to 100 and 1000 and 10000

For all the baobe cases if 3,11 lies in the same percentage you can opy option 4

otherwise option 3 is perfect

It is impossible to any bar be at exactly 100% after any number of trials

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