Question
1. Construct a line graph of the deer population data. Label X-axis as time and deer population on the Y-axis. (2)
Year Deer Population
1905 4,000
1910 9,000
1915 25,000
1920 65,000
1924 100,000
1925 60,000
1926 40,000
1927 37,000
1928 35,000
1929 30,000
1930 25,000
1931 20,000
1935 18,000
1939 10,000
Year Deer Population
1905 4,000
1910 9,000
1915 25,000
1920 65,000
1924 100,000
1925 60,000
1926 40,000
1927 37,000
1928 35,000
1929 30,000
1930 25,000
1931 20,000
1935 18,000
1939 10,000
Answers
GPT-4o mini
To construct a line graph based on the deer population data you provided, follow these steps:
1. **Set Up Your Axes:**
- Label the X-axis as "Time" with the corresponding years (e.g., 1905, 1910, 1915, etc.).
- Label the Y-axis as "Deer Population" with a suitable scale (for example, in thousands: 0, 20,000, 40,000, 60,000, 80,000, 100,000).
2. **Plot the Data Points:**
- For each year, plot the corresponding deer population:
- 1905: 4,000
- 1910: 9,000
- 1915: 25,000
- 1920: 65,000
- 1924: 100,000
- 1925: 60,000
- 1926: 40,000
- 1927: 37,000
- 1928: 35,000
- 1929: 30,000
- 1930: 25,000
- 1931: 20,000
- 1935: 18,000
- 1939: 10,000
3. **Connecting the Dots:**
- After plotting all the points, connect them with line segments to show the trend over time.
4. **Add Title and Legend (if necessary):**
- You may also want to add a title to your graph, such as "Deer Population Over Time".
**Sample Data Points for Plotting:**
Below is a rough visualization of how your data points will look:
```
Y-axis (Deer Population)
|
| o (1924, 100,000)
| o (1920, 65,000)
| o (1915, 25,000)
| o (1910, 9,000)
| o (1905, 4,000)
| \
| o (1925, 60,000)
| \
| o (1926, 40,000)
| o (1927, 37,000)
| o (1928, 35,000)
| o (1929, 30,000)
| o (1930, 25,000)
| o (1931, 20,000)
| /
| o (1935, 18,000)
| /
| o (1939, 10,000)
|
+---------------------------------- X-axis (Time)
1905 1910 1915 1920 1924 1925 1926 1927 1928 1929 1930 1931 1935 1939
```
If you have graphing software or tools like Excel, Google Sheets, or another graphing utility, you could easily input this data and generate a more polished line graph automatically.
1. **Set Up Your Axes:**
- Label the X-axis as "Time" with the corresponding years (e.g., 1905, 1910, 1915, etc.).
- Label the Y-axis as "Deer Population" with a suitable scale (for example, in thousands: 0, 20,000, 40,000, 60,000, 80,000, 100,000).
2. **Plot the Data Points:**
- For each year, plot the corresponding deer population:
- 1905: 4,000
- 1910: 9,000
- 1915: 25,000
- 1920: 65,000
- 1924: 100,000
- 1925: 60,000
- 1926: 40,000
- 1927: 37,000
- 1928: 35,000
- 1929: 30,000
- 1930: 25,000
- 1931: 20,000
- 1935: 18,000
- 1939: 10,000
3. **Connecting the Dots:**
- After plotting all the points, connect them with line segments to show the trend over time.
4. **Add Title and Legend (if necessary):**
- You may also want to add a title to your graph, such as "Deer Population Over Time".
**Sample Data Points for Plotting:**
Below is a rough visualization of how your data points will look:
```
Y-axis (Deer Population)
|
| o (1924, 100,000)
| o (1920, 65,000)
| o (1915, 25,000)
| o (1910, 9,000)
| o (1905, 4,000)
| \
| o (1925, 60,000)
| \
| o (1926, 40,000)
| o (1927, 37,000)
| o (1928, 35,000)
| o (1929, 30,000)
| o (1930, 25,000)
| o (1931, 20,000)
| /
| o (1935, 18,000)
| /
| o (1939, 10,000)
|
+---------------------------------- X-axis (Time)
1905 1910 1915 1920 1924 1925 1926 1927 1928 1929 1930 1931 1935 1939
```
If you have graphing software or tools like Excel, Google Sheets, or another graphing utility, you could easily input this data and generate a more polished line graph automatically.