13 The image presents data on smartphone game ratings, using a 1 to 5 star system, where 1 signifies a poor rating. ### Ratings Data:- **Stars: Frequency** - 1 Star: 2,255 - 2 Stars: 2,497 - 3 Stars: 5,000 - 4 Stars: 3,673 - 5 Stars: 11,267### Tasks:#### (a) Construct a Discrete Probability DistributionDevelop a probability distribution for the random variable representing the stars (\( x \)) using the given frequencies. Compute probabilities \( P(x) \) as follows:\[ P(x) = \frac{\text{Frequency of } x}{\text{Total Frequency}} \]**Example**: Total Frequency = 2,255 + 2,497 + 5,000 + 3,673 + 11,267Fill in the probability \( P(x) \) for each star rating, rounding to three decimal places if necessary.#### (b) Graph the Discrete Probability DistributionIllustrate the probability distribution using a suitable graph. The graph will have:- X-axis: Star Ratings (1 to 5)- Y-axis: Corresponding Probabilities \( P(x) \)This exercise requires calculating the probabilities and visually representing the distribution to understand the rating trends of the smartphone game.

Name: 13 The image presents data on smartphone game ratings, using a 1 to 5
Uploaded: 2024-03-20T07:06:41.000Z
Channel: Bartleby
Description: 13 The image presents data on smartphone game ratings, using a 1 to 5 star system, where 1 signifies a poor rating. ### Ratings Data:- **Stars: Frequency** - 1 Star: 2,255 - 2 Stars: 2,497 - 3 Stars: 5,000 - 4 Stars: 3,673 - 5 Stars: 11,267### T