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A road network has parallel roads which are equidistant from each other and running north south or east west only. the road junction abc h and x such that a is east of b and west of c. h is south west of c and south east of b. b is south east of x which of the junction are the farthest south and farthest east?
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A road network has parallel roads which are equidistant from each othe...
The road network consists of parallel roads that are equidistant from each other and run either north-south or east-west. The road junctions in this network are labeled as ABC, H, and X. We are given the following information about the positions of these junctions:
1. A is east of B and west of C.
2. H is southwest of C and southeast of B.
3. B is southeast of X.
Our task is to determine which junction is the farthest south and farthest east based on this information.
Finding the Farthest South Junction:
To find the farthest south junction, we need to identify the junction that is located at the lowest latitude. Let's analyze the given information to determine the southernmost junction:
- We know that H is southwest of C, which means H is located to the left and below C.
- A is east of B and west of C. Since we are looking for the southernmost junction, we can ignore the east-west relationship between A and B. This means that A can be located either south or north of B and C.
- B is southeast of X, which suggests that B is located to the right and below X.
Based on this information, we can conclude that the junction H is the farthest south because it is located to the left and below C. Therefore, the farthest south junction is H.
Finding the Farthest East Junction:
To find the farthest east junction, we need to identify the junction that is located at the highest longitude. Let's analyze the given information to determine the easternmost junction:
- We know that A is east of B and west of C. This means that A is located to the right of both B and C.
- H is southeast of B, which means H is located to the right and below B.
- B is southeast of X, suggesting that B is located to the right and below X.
Based on this information, we can conclude that the junction X is the farthest east because it is located to the right of both B and H. Therefore, the farthest east junction is X.
Summary:
Based on the given information, the farthest south junction is H, and the farthest east junction is X.
1. A is east of B and west of C.
2. H is southwest of C and southeast of B.
3. B is southeast of X.
Our task is to determine which junction is the farthest south and farthest east based on this information.
Finding the Farthest South Junction:
To find the farthest south junction, we need to identify the junction that is located at the lowest latitude. Let's analyze the given information to determine the southernmost junction:
- We know that H is southwest of C, which means H is located to the left and below C.
- A is east of B and west of C. Since we are looking for the southernmost junction, we can ignore the east-west relationship between A and B. This means that A can be located either south or north of B and C.
- B is southeast of X, which suggests that B is located to the right and below X.
Based on this information, we can conclude that the junction H is the farthest south because it is located to the left and below C. Therefore, the farthest south junction is H.
Finding the Farthest East Junction:
To find the farthest east junction, we need to identify the junction that is located at the highest longitude. Let's analyze the given information to determine the easternmost junction:
- We know that A is east of B and west of C. This means that A is located to the right of both B and C.
- H is southeast of B, which means H is located to the right and below B.
- B is southeast of X, suggesting that B is located to the right and below X.
Based on this information, we can conclude that the junction X is the farthest east because it is located to the right of both B and H. Therefore, the farthest east junction is X.
Summary:
Based on the given information, the farthest south junction is H, and the farthest east junction is X.
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A road network has parallel roads which are equidistant from each other and running north south or east west only. the road junction abc h and x such that a is east of b and west of c. h is south west of c and south east of b. b is south east of x which of the junction are the farthest south and farthest east?
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A road network has parallel roads which are equidistant from each other and running north south or east west only. the road junction abc h and x such that a is east of b and west of c. h is south west of c and south east of b. b is south east of x which of the junction are the farthest south and farthest east? for CA Foundation 2024 is part of CA Foundation preparation. The Question and answers have been prepared according to the CA Foundation exam syllabus. Information about A road network has parallel roads which are equidistant from each other and running north south or east west only. the road junction abc h and x such that a is east of b and west of c. h is south west of c and south east of b. b is south east of x which of the junction are the farthest south and farthest east? covers all topics & solutions for CA Foundation 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A road network has parallel roads which are equidistant from each other and running north south or east west only. the road junction abc h and x such that a is east of b and west of c. h is south west of c and south east of b. b is south east of x which of the junction are the farthest south and farthest east?.
A road network has parallel roads which are equidistant from each other and running north south or east west only. the road junction abc h and x such that a is east of b and west of c. h is south west of c and south east of b. b is south east of x which of the junction are the farthest south and farthest east? for CA Foundation 2024 is part of CA Foundation preparation. The Question and answers have been prepared according to the CA Foundation exam syllabus. Information about A road network has parallel roads which are equidistant from each other and running north south or east west only. the road junction abc h and x such that a is east of b and west of c. h is south west of c and south east of b. b is south east of x which of the junction are the farthest south and farthest east? covers all topics & solutions for CA Foundation 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A road network has parallel roads which are equidistant from each other and running north south or east west only. the road junction abc h and x such that a is east of b and west of c. h is south west of c and south east of b. b is south east of x which of the junction are the farthest south and farthest east?.
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A road network has parallel roads which are equidistant from each other and running north south or east west only. the road junction abc h and x such that a is east of b and west of c. h is south west of c and south east of b. b is south east of x which of the junction are the farthest south and farthest east?, a detailed solution for A road network has parallel roads which are equidistant from each other and running north south or east west only. the road junction abc h and x such that a is east of b and west of c. h is south west of c and south east of b. b is south east of x which of the junction are the farthest south and farthest east? has been provided alongside types of A road network has parallel roads which are equidistant from each other and running north south or east west only. the road junction abc h and x such that a is east of b and west of c. h is south west of c and south east of b. b is south east of x which of the junction are the farthest south and farthest east? theory, EduRev gives you an
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