Create sample data to demonstrate a bubble chart
A bubble chart is a graph that displays three dimensions of data. Each entity with its triplet (v1, v2, v3) of associated data is plotted as a disk that expresses two of the vi values through the disk's xy location and the third through its size.

Below is an example of a dataset that can be used to demonstrate a bubble chart:

| Store | Sales | Profit | Number of Employees |
|-------|-------|--------|---------------------|
| A     | 2000  | 900    | 18                  |
| B     | 3500  | 800    | 14                  |
| C     | 1500  | 500    | 12                  |
| D     | 4000  | 1200   | 22                  |
| E     | 2200  | 600    | 16                  |
| F     | 3300  | 1500   | 25                  |

In this dataset: 

- The x-axis could be the Sales, where the bubbles (stores) will be positioned according to their sales volume.
- The y-axis could be the Profit, where the bubbles (stores) will be positioned based on their profit.
- The size of the bubble could represent the Number of Employees, where the bigger the bubble, the more employees the store has.

With this data plotted on a bubble chart, we can easily visualize the relationship between sales, profit and the number of employees for each store.
Complete the following task based on the instruction and optional input provided.### Instruction:
Create sample data to demonstrate a bubble chart

### Output:
A bubble chart is a graph that displays three dimensions of data. Each entity with its triplet (v1, v2, v3) of associated data is plotted as a disk that expresses two of the vi values through the disk's xy location and the third through its size.

Below is an example of a dataset that can be used to demonstrate a bubble chart:

| Store | Sales | Profit | Number of Employees |
|-------|-------|--------|---------------------|
| A     | 2000  | 900    | 18                  |
| B     | 3500  | 800    | 14                  |
| C     | 1500  | 500    | 12                  |
| D     | 4000  | 1200   | 22                  |
| E     | 2200  | 600    | 16                  |
| F     | 3300  | 1500   | 25                  |

In this dataset: 

- The x-axis could be the Sales, where the bubbles (stores) will be positioned according to their sales volume.
- The y-axis could be the Profit, where the bubbles (stores) will be positioned based on their profit.
- The size of the bubble could represent the Number of Employees, where the bigger the bubble, the more employees the store has.

With this data plotted on a bubble chart, we can easily visualize the relationship between sales, profit and the number of employees for each store.