7adv.MATH.6.G
Determine experimental and theoretical probabilities related to simple and compound events using data and sample spaces.
Grade 7 (Advanced) · Texas Essential Knowledge and Skills (TEKS) · TEKS 2012
Standard Unwrapping
AI-generated as a starting point — sign in to edit.Vocabulary
experimental probabilitiestheoretical probabilitiessimple eventscompound eventsdatasample spaces
Skills
- determine (experimental probabilities for simple and compound events) #dok2
- determine (theoretical probabilities for simple and compound events) #dok2
- analyze (data and sample spaces related to events) #dok2
- compare (experimental and theoretical probabilities) #dok2
Learning Targets
- I can determine the experimental probability of a simple or compound event using data and sample spaces. #dok2
- I can determine the theoretical probability of a simple or compound event using data and sample spaces. #dok2
- I can analyze data and sample spaces to solve probability problems for simple and compound events. #dok2
- I can compare experimental and theoretical probabilities for a given event. #dok2
Big Ideas
- Experimental and theoretical probabilities are used to predict and describe the likelihood of events in real-world and mathematical situations.
- Using data, sample spaces, and mathematical reasoning provides the basis for determining probabilities of simple and compound events.
Essential Questions
- How are experimental probability and theoretical probability alike and different?
- Why is it important to use both data and mathematical reasoning when calculating probabilities?
- How can sample spaces help me find the probability of simple and compound events?
- What can I learn by comparing experimental and theoretical probabilities of an event?
- In what situations might experimental probability differ from theoretical probability, and why?