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This problem involves calculating the total number of animals a veterinarian has seen during the week. The veterinarian saw:

- 47 dogs
- 19 cats
- 7 exotic birds
- 3 horses

To find the total number of animals seen, we need to sum these values:

\[
\text{Total animals} = 47 + 19 + 7 + 3 = 76
\]

Thus, the veterinarian saw **76 animals** this week.

The bar diagram represents this information, with each segment corresponding to a group of animals (dogs, cats, birds, horses).

Would you like any further details or explanation? Here are some related questions:

1. How would you represent the total number of animals as an equation?
2. What is the fraction of dogs out of the total number of animals?
3. If the number of cats doubled, what would the new total number of animals be?
4. What percentage of the animals seen were exotic birds?
5. How would the bar diagram change if the number of horses was 5 instead of 3?

**Tip**: When working with bar diagrams, each segment should be proportional to the value it represents to make the visual comparison accurate.

The veterinarian has seen 47 dogs, 19 cats, 7 exotic birds, and 3 horses this week. Complete the bar diagram and find the total number of animals seen by the veterinarian this week.

Solve the problem of finding the total number of animals seen by a veterinarian who handled 47 dogs, 19 cats, 7 exotic birds, and 3 horses. Learn how to use addition and bar diagrams for visual representation. Suitable for students in Grades 3-5.

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