In R programming, the **`stripchart()` method** is used to create strip charts. This method accepts a numeric vector and a list of more than one vector, then generates the strip chart for every vector.
# 
## Syntax


```r
stripchart(x, method, jitter, main, xlab, ylab, col, pch, vertical, group.names)
```

## Parameter
* `x`: It represents the numeric vector that has to be plotted. It may also contain the list of the vector.

* `method`: It helps to separate the points that have the same values. The method has an over-plot value to over-plot points by default. But it also has the option of jitter and stack.

* `Jitter`: This helps represent the amount of jittering that has to be applied.
* `main`: This shows the title of the chart.
* `xlab`: The label regarding x-axis.
* `ylab`: The label regarding y-axis.
* `col`: The color of the points regarding the plot.
* `pch`: The shape related to the points of the plot.
* `vertical`: The default dimension of the plot is horizontal. But if the vertical is set as true then the plot will be vertical.
* `group.names`: These are the group labels.

## Example 
We are using a built-in `mtcars` dataset to generate the strip chart. **`data("mtcars")`** is used to load the pre-loaded dataset. In *line 4*, we generate a strip chart with multiple attributes (mpg, hp, wt, vs, gear etc.) in different ranges along the x-axis.


# 1. Load dataset(Pre-loaded)
data("mtcars")
# 2. Generate Strip Chart
stripchart(mtcars)

Now let's import the iris dataset in our program and try to plot the strip chart using `_jitter_`.

By using:
* `xlab= "Sepal length"`, 
 * `method= "jitter"`,
*  `col= "Red"`, 
* `pch= 3`,

*  and the graph name `"Graph for Length of Sepal"`, 

we will get the following output.

# Load dataset
data("iris")
# Plotting chart
stripchart(iris$Sepal.Length,
  main="Graph for Length of Sepal",
  xlab="Sepal length",
  method="jitter",
  col="Red",
  pch=3
)


What are strip charts in R?

In R programming, the stripchart() method is used to create strip charts. This method accepts a numeric vector and a list of more than one vector, then generates the strip chart for every vector.  Syntax stripchart(x, method, jitter, main, xlab, ylab, col, pch, vertical, group.names)  Parameter   x: It represents the numeric vector that has to be plotted. It may also contain the list of the vector.   method: It helps to separate the points that have the same values. The method has an over-plot value to over-plot points by default. But it also has the option of jitter and stack.   Jitter: This helps represent the amount of jittering that has to be applied.   main: This shows the title of the chart.   xlab: The label regarding x-axis.   ylab: The label regarding y-axis.   col: The color of the points regarding the plot.   pch: The shape related to the points of the plot.   vertical: The default dimension of the plot is horizontal. But if the vertical is set as true then the plot will be vertical.   group.names: These are the group labels.   Example We are using a built-in mtcars dataset to generate the strip chart. data( mtcars ) is used to load the pre-loaded dataset. In line 4, we generate a strip chart with multiple attributes (mpg, hp, wt, vs, gear etc.) in different ranges along the x-axis. 