I. At a coffee shop, the first 100 customers' orders were as follows. Small Medium Large Hot 48 22 Cold 12 What is the probability that a customer ordered a cold drink given that he or she ordered a large? P(Cold | Large ) = [ ? ] Round to the nearest hundredth. Enter

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At a coffee shop, the first 100 customers' orders were as follows:

|        | Small | Medium | Large |
|--------|-------|--------|-------|
| **Hot**  | 5     | 48     | 22    |
| **Cold** | 8     | 12     | 5     |

What is the probability that a customer ordered a cold drink given that he or she ordered a large?

\[ P(\text{Cold} \mid \text{Large}) = [?] \]

Round to the nearest hundredth.

**Explanation:**
The table displays a breakdown of 100 customer orders by size (Small, Medium, Large) and type (Hot, Cold). To find the probability that a customer ordered a cold drink given that it was large, locate the 'Cold' and 'Large' intersection and divide it by the total number of 'Large' orders.
Transcribed Image Text:At a coffee shop, the first 100 customers' orders were as follows: | | Small | Medium | Large | |--------|-------|--------|-------| | **Hot** | 5 | 48 | 22 | | **Cold** | 8 | 12 | 5 | What is the probability that a customer ordered a cold drink given that he or she ordered a large? \[ P(\text{Cold} \mid \text{Large}) = [?] \] Round to the nearest hundredth. **Explanation:** The table displays a breakdown of 100 customer orders by size (Small, Medium, Large) and type (Hot, Cold). To find the probability that a customer ordered a cold drink given that it was large, locate the 'Cold' and 'Large' intersection and divide it by the total number of 'Large' orders.
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