Two regular six-sided dice are tossed. Compute the probability that the sum of the pips on the upward faces of the two dice is the following. (See the figure below for the sample space of this experiment. Enter the probability as a fraction.) At most 7

A First Course in Probability (10th Edition)
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Chapter1: Combinatorial Analysis
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Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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Two regular six-sided dice are tossed. Compute the probability that the sum of the pips on the upward faces of the two dice is the following. (See the figure below for the sample space of this experiment. Enter the probability as a fraction.)

At most 7
 
The image displays a grid of dice patterns arranged in alternating colors and numbers. Each cell in the grid contains a pair of dice, one colored in teal and the other in pink. Here's a detailed breakdown of the patterns:

1. **Rows and Columns:**
   - The grid consists of 10 rows and 6 columns, creating a total of 60 cells.

2. **Dice Patterns:**
   - Each cell contains two dice: one colored teal and the other pink.
   - The numbers on the dice range from 1 to 6, represented by dots on the faces.

3. **Color and Number Variations:**
   - The teal dice and pink dice display different numbers within each cell, ranging from a single dot (representing one) to six dots.
   - The numbers are arranged so that each complete row and column displays all possible combinations of dice numbers in teal and pink.

4. **Overall Arrangement:**
   - The configuration of the dice appears sequential, possibly intended to demonstrate combinations or probability distributions using different colored dice.

This grid could serve as a visual aid for teaching concepts in probability, statistics, or combinatorics, illustrating the variety of outcomes that can arise from rolling two distinct sets of dice.
Transcribed Image Text:The image displays a grid of dice patterns arranged in alternating colors and numbers. Each cell in the grid contains a pair of dice, one colored in teal and the other in pink. Here's a detailed breakdown of the patterns: 1. **Rows and Columns:** - The grid consists of 10 rows and 6 columns, creating a total of 60 cells. 2. **Dice Patterns:** - Each cell contains two dice: one colored teal and the other pink. - The numbers on the dice range from 1 to 6, represented by dots on the faces. 3. **Color and Number Variations:** - The teal dice and pink dice display different numbers within each cell, ranging from a single dot (representing one) to six dots. - The numbers are arranged so that each complete row and column displays all possible combinations of dice numbers in teal and pink. 4. **Overall Arrangement:** - The configuration of the dice appears sequential, possibly intended to demonstrate combinations or probability distributions using different colored dice. This grid could serve as a visual aid for teaching concepts in probability, statistics, or combinatorics, illustrating the variety of outcomes that can arise from rolling two distinct sets of dice.
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