For the probability density function shown, what is the value of h ? f(x) h 0.3 0.6

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## Probability Density Function Analysis

### Problem Statement:
For the probability density function (PDF) shown, what is the value of \( h \)?

### Graph Description:
The graph depicts a piecewise linear probability density function. The x-axis is labeled \( x \), and the y-axis is labeled \( f(x) \).

#### Key Features:
- The PDF consists of two line segments forming a triangular shape.
- The base of the triangle extends along the x-axis from 0 to 0.6.
- The peak of the triangle is at \( x = 0.3 \) with a height of \( h \).
- The left side of the triangle rises linearly from the origin (0,0) to the point (0.3, \( h \)).
- The right side of the triangle descends linearly from the point (0.3, \( h \)) to the point (0.6, 0).

### Goal:
Determine the value of \( h \) such that the total area under the curve equals 1, as required for a probability density function.
Transcribed Image Text:## Probability Density Function Analysis ### Problem Statement: For the probability density function (PDF) shown, what is the value of \( h \)? ### Graph Description: The graph depicts a piecewise linear probability density function. The x-axis is labeled \( x \), and the y-axis is labeled \( f(x) \). #### Key Features: - The PDF consists of two line segments forming a triangular shape. - The base of the triangle extends along the x-axis from 0 to 0.6. - The peak of the triangle is at \( x = 0.3 \) with a height of \( h \). - The left side of the triangle rises linearly from the origin (0,0) to the point (0.3, \( h \)). - The right side of the triangle descends linearly from the point (0.3, \( h \)) to the point (0.6, 0). ### Goal: Determine the value of \( h \) such that the total area under the curve equals 1, as required for a probability density function.
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