Draw the graph for the following probability: Between 1.4 and 2.6 Shade: Right of a value Click and drag the arrows to adjust the values.

MATLAB: An Introduction with Applications
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Author:Amos Gilat
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Chapter1: Starting With Matlab
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**Probability Graph Exploration**

To better understand probability distributions and shading under the normal distribution curve, we present the following example.

**Task: Draw the graph for the following probability: Between -1.4 and 2.6**

1. **Shade Option**: 
   - Select "Right of a value" to determine the area under the curve.
   - You can adjust this by clicking and dragging the arrows to set the desired range.

2. **Graph Explanation**:
   - The graph illustrates a normal distribution curve.
   - The shading represents the area between -1.4 and 2.6 on the x-axis.
   - The x-axis is marked with values ranging from -4 to 4, while the y-axis represents the probability density.

3. **Formula**:
   - P(-1.4 < z < 2.6) is displayed as an input for further calculations.

4. **Submit Your Analysis**:
   - After adjusting the shaded area, you can submit this configuration for analysis by clicking on the "Submit Question" button.

This exercise helps visualize how probabilities between two points can be represented graphically and helps in understanding the behavior of normal distributions.

**Note:** This graph can be adjusted interactively for better exploration of different probability scenarios.
Transcribed Image Text:**Probability Graph Exploration** To better understand probability distributions and shading under the normal distribution curve, we present the following example. **Task: Draw the graph for the following probability: Between -1.4 and 2.6** 1. **Shade Option**: - Select "Right of a value" to determine the area under the curve. - You can adjust this by clicking and dragging the arrows to set the desired range. 2. **Graph Explanation**: - The graph illustrates a normal distribution curve. - The shading represents the area between -1.4 and 2.6 on the x-axis. - The x-axis is marked with values ranging from -4 to 4, while the y-axis represents the probability density. 3. **Formula**: - P(-1.4 < z < 2.6) is displayed as an input for further calculations. 4. **Submit Your Analysis**: - After adjusting the shaded area, you can submit this configuration for analysis by clicking on the "Submit Question" button. This exercise helps visualize how probabilities between two points can be represented graphically and helps in understanding the behavior of normal distributions. **Note:** This graph can be adjusted interactively for better exploration of different probability scenarios.
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