To determine which table correctly represents the data about students wearing glasses, let's break down the information provided in the problem.
Total students in the class:
- Boys: 18
- Girls: 14
- Total: 18 + 14 = 32
Students who wear glasses:
- Boys wearing glasses: 5
- Girls wearing glasses: 7
- Total wearing glasses: 5 + 7 = 12
Students who do not wear glasses:
- Boys not wearing glasses: 18 - 5 = 13
- Girls not wearing glasses: 14 - 7 = 7
- Total not wearing glasses: 13 + 7 = 20
Now, we can summarize the data in a table format:
| | Glasses | No Glasses | Total | |------------------|---------|------------|-------| | Boys | 5 | 13 | 18 | | Girls | 7 | 7 | 14 | | Total | 12 | 20 | 32 |
Now, let's analyze the provided table options:
-
First Table:
- Glasses: 5 (boys), 7 (girls), total 12 (correct).
- No glasses: 13 (boys), 7 (girls), total 20 (correct).
- Total: 18 (boys), 14 (girls), blank (should be 32). (This table is incorrect because the total for students is not shown).
-
Second Table:
- Glasses: 5 (boys), 9 (girls, incorrect), total 14 (incorrect).
- No glasses: 7 (boys, incorrect), 11 (girls, incorrect), total 18 (incorrect).
- (All entries in this table are incorrect).
-
Third Table:
- Glasses: 14 (incorrect), 18 (incorrect), total 32 (incorrect).
- No glasses: 5 (incorrect), 7 (correct), total 12 (incorrect).
- (All entries in this table are incorrect).
-
Fourth Table:
- Glasses: 14 (incorrect for boys), 5 (incorrect for girls), total 19 (incorrect).
- No glasses: 18 (incorrect), 7 (correct), total 25 (incorrect).
- (All entries in this table are incorrect).
Conclusion: None of the given tables correctly show the data according to the information provided.