# Direction Sense Questions and Answers updated daily – Logical Reasoning

Direction Sense Questions: Solved 250 Direction Sense Questions and answers section with explanation for various online exam preparation, various interviews, Logical Reasoning Category online test. Category Questions section with detailed description, explanation will help you to master the topic.

## Direction Sense Questions

1. One day raj left home and walked 5 km northwards, turned right and walked for 10km and turned left and walked 5 km more and finally turned left and walked 10km. How many kilometres will he have to walk to reach his home straight?

SHOW ANSWER

Correct Ans:10 km

Explanation:

One day raj left home and walked 5 km northwards,

turned right and walked for 10km and turned left and walked 5 km more and finally turned left and walked 10km.

How many kilometres will he have to walk to reach his home straight:

Explanation:

turned right and walked for 10km and turned left and walked 5 km more and finally turned left and walked 10km.

How many kilometres will he have to walk to reach his home straight:

Explanation:

Workspace

2. Riya goes 30 km towards North from a fixed point, then after turning to her right she goes 15 km. After this she goes 30 km after turning to her right. How far and in what direction is she from her starting point?

SHOW ANSWER

Correct Ans:15m east

Explanation:

Riya goes 30 km towards North from a fixed point,

then after turning to her right she goes 15 km.

After this she goes 30 km after turning to her right.

How far and in what direction is she from her starting point:

Explanation:

then after turning to her right she goes 15 km.

After this she goes 30 km after turning to her right.

How far and in what direction is she from her starting point:

Explanation:

Workspace

3. From his house, Ram went 15 kms to the north. Then he turns west and covered 20 km. Then he turned south and covered 5 km. Finally turning to east, he covered 25 km. In which direction is he from his house?

SHOW ANSWER

Correct Ans:north east

Explanation:

From his house, Ram went 15 kms to the north.

Then he turns west and covered 20 km.

Then he turned south and covered 5 km.

Finally turning to east, he covered 25 km.

In which direction is he from his house:

Explanation:

Then he turns west and covered 20 km.

Then he turned south and covered 5 km.

Finally turning to east, he covered 25 km.

In which direction is he from his house:

Explanation:

Workspace

4. Nishant walks 30 meter in the north direction, after that he took a right turn and walks 40 meter. After that he took a right turn and walks 40 meter more and finally he took a right turn and stop after walking 40 meter. Find the distance of nishant from the initial position?

SHOW ANSWER

Correct Ans:10

Explanation:

Nishant walks 30 meter in the north direction,

after that he took a right turn and walks 40 meter.

After that he took a right turn and walks 40 meter more and

finally he took a right turn and stop after walking 40 meter.

Find the distance of nishant from the initial position:

Explanation:

after that he took a right turn and walks 40 meter.

After that he took a right turn and walks 40 meter more and

finally he took a right turn and stop after walking 40 meter.

Find the distance of nishant from the initial position:

Explanation:

Workspace

5. Neha travelled from a point X straight to point Y at a distance of 50 meters. He turned to his right and walks 50 meter more, then again turned right and walks 60 meter. Finally, he turned to right and walks 50 meters. How far is he from the starting point?

SHOW ANSWER

Correct Ans:10

Explanation:

Neha travelled from a point X straight to point Y at a distance of 50 meters.

He turned to his right and walks 50 meter more,

then again turned right and walks 60 meter.

Finally, he turned to right and walks 50 meters.

How far is he from the starting point:

Explanation :

He turned to his right and walks 50 meter more,

then again turned right and walks 60 meter.

Finally, he turned to right and walks 50 meters.

How far is he from the starting point:

Explanation :

Workspace

6. Riya starts walking in the north direction and after walking some distance she took a left turn followed by a right turn. After that she took two consecutive left turn, now she is walking in which direction?

SHOW ANSWER

Correct Ans:south

Explanation:

Riya starts walking in the north direction and after walking some distance she took a left turn followed by a right turn.

After that she took two consecutive left turn,

now she is walking in which direction:

Explanation :

After that she took two consecutive left turn,

now she is walking in which direction:

Explanation :

Workspace

Shalu started from point A and traveled towards north for 16 km to reach point D.

After reaching point D she turned towards her right and travelled for 12 km to reach point K.

From point K, she travelled 10 km towards south direction and reached point E.

If Shalu had travelled towards north for 6 km from point K she would have reached point J.

Point Q is to the North of point J and 20 km away from D which is the shortest distance from point D.

From point E, she travelled 6 km towards west then she took a left turn and travelled certain distance to reach point S.

Refer the above for the Questions 7 to 6

After reaching point D she turned towards her right and travelled for 12 km to reach point K.

From point K, she travelled 10 km towards south direction and reached point E.

If Shalu had travelled towards north for 6 km from point K she would have reached point J.

Point Q is to the North of point J and 20 km away from D which is the shortest distance from point D.

From point E, she travelled 6 km towards west then she took a left turn and travelled certain distance to reach point S.

Refer the above for the Questions 7 to 6

7. If the shortest distance between points E and S is 10 m then what is the direction of point A with respect to point S?

SHOW ANSWER

Correct Ans:Northwest

Explanation:

Following the final solution, and applying the information given in the question, we have:

Here, we can say that point A is in northwest direction with respect to point S.

Common Explanation:

Reference:

Shalu started from point A and traveled towards north for 16 km to reach point D.

After reaching point D she turned towards her right and travelled for 12 km to reach point K.

From point K, she travelled 10 km towards south direction and reached point E.

From point E, she travelled 6 km towards west then she took a left turn and travelled certain distance to reach point S.

Inference:

Using the above hints the given points can be marked as:

Reference:

Point Q is to the North of point J and 20 km away from D which is the shortest distance from point D.

If Shalu had travelled towards north for 6 km from point K she would have reached point J.

Inference:

Here, the above figure can be redrawn as:

Here we can easily find out the distance between points Q and J (using Pythagoras theorem) which is 10 km.

Here, we can say that point A is in northwest direction with respect to point S.

**Hence, the correct answer is option B.**Common Explanation:

Reference:

Shalu started from point A and traveled towards north for 16 km to reach point D.

After reaching point D she turned towards her right and travelled for 12 km to reach point K.

From point K, she travelled 10 km towards south direction and reached point E.

From point E, she travelled 6 km towards west then she took a left turn and travelled certain distance to reach point S.

Inference:

Using the above hints the given points can be marked as:

Reference:

Point Q is to the North of point J and 20 km away from D which is the shortest distance from point D.

If Shalu had travelled towards north for 6 km from point K she would have reached point J.

Inference:

Here, the above figure can be redrawn as:

Here we can easily find out the distance between points Q and J (using Pythagoras theorem) which is 10 km.

Workspace

Shalu started from point A and traveled towards north for 16 km to reach point D.

After reaching point D she turned towards her right and travelled for 12 km to reach point K.

From point K, she travelled 10 km towards south direction and reached point E.

If Shalu had travelled towards north for 6 km from point K she would have reached point J.

Point Q is to the North of point J and 20 km away from D which is the shortest distance from point D.

From point E, she travelled 6 km towards west then she took a left turn and travelled certain distance to reach point S.

Refer the above for the Questions 8 to 7

After reaching point D she turned towards her right and travelled for 12 km to reach point K.

From point K, she travelled 10 km towards south direction and reached point E.

If Shalu had travelled towards north for 6 km from point K she would have reached point J.

Point Q is to the North of point J and 20 km away from D which is the shortest distance from point D.

From point E, she travelled 6 km towards west then she took a left turn and travelled certain distance to reach point S.

Refer the above for the Questions 8 to 7

8. What is the direction of point D with respect to point Q?

SHOW ANSWER

Correct Ans:Southwest

Explanation:

Following the final solution, we can say that point D is in southeast direction with respect to point Q.

Common Explanation:

Reference:

Shalu started from point A and traveled towards north for 16 km to reach point D.

After reaching point D she turned towards her right and travelled for 12 km to reach point K.

From point K, she travelled 10 km towards south direction and reached point E.

From point E, she travelled 6 km towards west then she took a left turn and travelled certain distance to reach point S.

Inference:

Using the above hints the given points can be marked as:

Reference:

Point Q is to the North of point J and 20 km away from D which is the shortest distance from point D.

If Shalu had travelled towards north for 6 km from point K she would have reached point J.

Inference:

Here, the above figure can be redrawn as:

Here we can easily find out the distance between points Q and J (using Pythagoras theorem) which is 10 km.

**Hence, the correct answer is option D.**Common Explanation:

Reference:

Shalu started from point A and traveled towards north for 16 km to reach point D.

After reaching point D she turned towards her right and travelled for 12 km to reach point K.

From point K, she travelled 10 km towards south direction and reached point E.

From point E, she travelled 6 km towards west then she took a left turn and travelled certain distance to reach point S.

Inference:

Using the above hints the given points can be marked as:

Reference:

Point Q is to the North of point J and 20 km away from D which is the shortest distance from point D.

If Shalu had travelled towards north for 6 km from point K she would have reached point J.

Inference:

Here, the above figure can be redrawn as:

Here we can easily find out the distance between points Q and J (using Pythagoras theorem) which is 10 km.

Workspace

Shalu started from point A and traveled towards north for 16 km to reach point D.

After reaching point D she turned towards her right and travelled for 12 km to reach point K.

From point K, she travelled 10 km towards south direction and reached point E.

If Shalu had travelled towards north for 6 km from point K she would have reached point J.

Point Q is to the North of point J and 20 km away from D which is the shortest distance from point D.

From point E, she travelled 6 km towards west then she took a left turn and travelled certain distance to reach point S.

Refer the above for the Questions 9 to 8

After reaching point D she turned towards her right and travelled for 12 km to reach point K.

From point K, she travelled 10 km towards south direction and reached point E.

If Shalu had travelled towards north for 6 km from point K she would have reached point J.

Point Q is to the North of point J and 20 km away from D which is the shortest distance from point D.

From point E, she travelled 6 km towards west then she took a left turn and travelled certain distance to reach point S.

Refer the above for the Questions 9 to 8

9. What is the distance between point Q and E?

SHOW ANSWER

Correct Ans:26 m

Explanation:

Following the final solution, we can say that the distance between point Q and E is 26 m.

Common Explanation:

Reference:

Shalu started from point A and traveled towards north for 16 km to reach point D.

After reaching point D she turned towards her right and travelled for 12 km to reach point K.

From point K, she travelled 10 km towards south direction and reached point E.

From point E, she travelled 6 km towards west then she took a left turn and travelled certain distance to reach point S.

Inference:

Using the above hints the given points can be marked as:

Reference:

Point Q is to the North of point J and 20 km away from D which is the shortest distance from point D.

If Shalu had travelled towards north for 6 km from point K she would have reached point J.

Inference:

Here, the above figure can be redrawn as:

Here we can easily find out the distance between points Q and J (using Pythagoras theorem) which is 10 km.

**Hence, the correct answer is option B.**Common Explanation:

Reference:

Shalu started from point A and traveled towards north for 16 km to reach point D.

After reaching point D she turned towards her right and travelled for 12 km to reach point K.

From point K, she travelled 10 km towards south direction and reached point E.

From point E, she travelled 6 km towards west then she took a left turn and travelled certain distance to reach point S.

Inference:

Using the above hints the given points can be marked as:

Reference:

Point Q is to the North of point J and 20 km away from D which is the shortest distance from point D.

If Shalu had travelled towards north for 6 km from point K she would have reached point J.

Inference:

Here, the above figure can be redrawn as:

Here we can easily find out the distance between points Q and J (using Pythagoras theorem) which is 10 km.

Workspace

**Directions: Read the given information carefully and answer the questions given beside:**

In a city, Fruit lane was to the north-west of Jewellery lane. Grocery lane was in the east of fruit lane which was towards the south of vegetable lane. Toy lane was towards the south-west of grocery lane such that it was situated towards the east of Jewellery lane. Clothes lane was 20 km towards the north of Jewellery lane, which was 4 times the distance between Jewellery lane and Toy lane. Inner circle was the mid point between Fruit lane and Grocery lane and also Jewellery lane and Clothes lane.The distance between Vegetable lane and fruit lane was half of the distance between Clothes lane and Inner circle.

Refer the above for the Questions 10 to 9

10. Which of the following is/are towards the south-east of Clothes lane?

SHOW ANSWER

Correct Ans:Both options B and C

Explanation:

From the following explanation it is clear that Toy lane and Grocery lane both are towards the southeast of Clothes lane.

Common Explanation:

Reference:

In a city, Fruit lane was to the north-west of Jewellery lane.

Grocery lane was in the east of fruit lane which was towards the south of vegetable lane.

Toy lane was towards the south-west of grocery lane such that it was situated towards the east of Jewellery lane.

Inference:

From the above hints following image can be made.

Reference:

Clothes lane was 20 km towards the north of Jewellery lane, which was 4 times the distance between Jewellery lane and Toy lane.

Inner circle was the mid point between Fruit lane and Grocery lane and also Jewellery lane and Clothes lane.

The distance between Vegetable lane and fruit lane was half of the distance between Clothes lane and Inner circle.

Inference:

As the distance between clothes lane and Jewellery lane is 20 km, thus as per the first hint distance between Jewellery lane and Toy lane must be 5km.

As Inner circle is the mid point between clothes lane and Jewellery lane, thus its distance with clothes lane must be 10 km, thus the distance between fruit lane and vegetable lane must be 5km.

**Hence option E is correct.**Common Explanation:

Reference:

In a city, Fruit lane was to the north-west of Jewellery lane.

Grocery lane was in the east of fruit lane which was towards the south of vegetable lane.

Toy lane was towards the south-west of grocery lane such that it was situated towards the east of Jewellery lane.

Inference:

From the above hints following image can be made.

Reference:

Clothes lane was 20 km towards the north of Jewellery lane, which was 4 times the distance between Jewellery lane and Toy lane.

Inner circle was the mid point between Fruit lane and Grocery lane and also Jewellery lane and Clothes lane.

The distance between Vegetable lane and fruit lane was half of the distance between Clothes lane and Inner circle.

Inference:

As the distance between clothes lane and Jewellery lane is 20 km, thus as per the first hint distance between Jewellery lane and Toy lane must be 5km.

As Inner circle is the mid point between clothes lane and Jewellery lane, thus its distance with clothes lane must be 10 km, thus the distance between fruit lane and vegetable lane must be 5km.

Workspace

**Directions: Read the given information carefully and answer the questions given beside:**

In a city, Fruit lane was to the north-west of Jewellery lane. Grocery lane was in the east of fruit lane which was towards the south of vegetable lane. Toy lane was towards the south-west of grocery lane such that it was situated towards the east of Jewellery lane. Clothes lane was 20 km towards the north of Jewellery lane, which was 4 times the distance between Jewellery lane and Toy lane. Inner circle was the mid point between Fruit lane and Grocery lane and also Jewellery lane and Clothes lane.The distance between Vegetable lane and fruit lane was half of the distance between Clothes lane and Inner circle.

Refer the above for the Questions 11 to 10

11. If the distance between fruit lane and innner circle is 12m, then find the shortest distance between vegetable lane and clothes lane?

SHOW ANSWER

Correct Ans:13 m

Explanation:

From the following explanation it is clear that if the distance between fruit lane and inner circle is 12m, then the shortest distance between vegetable lane and clothes lane is 13m.

Common Explanation:

Reference:

In a city, Fruit lane was to the north-west of Jewellery lane.

Grocery lane was in the east of fruit lane which was towards the south of vegetable lane.

Toy lane was towards the south-west of grocery lane such that it was situated towards the east of Jewellery lane.

Inference:

From the above hints following image can be made.

Reference:

Clothes lane was 20 km towards the north of Jewellery lane, which was 4 times the distance between Jewellery lane and Toy lane.

Inner circle was the mid point between Fruit lane and Grocery lane and also Jewellery lane and Clothes lane.

The distance between Vegetable lane and fruit lane was half of the distance between Clothes lane and Inner circle.

Inference:

As the distance between clothes lane and Jewellery lane is 20 km, thus as per the first hint distance between Jewellery lane and Toy lane must be 5km.

As Inner circle is the mid point between clothes lane and Jewellery lane, thus its distance with clothes lane must be 10 km, thus the distance between fruit lane and vegetable lane must be 5km.

**Hence option A is correct**Common Explanation:

Reference:

In a city, Fruit lane was to the north-west of Jewellery lane.

Grocery lane was in the east of fruit lane which was towards the south of vegetable lane.

Toy lane was towards the south-west of grocery lane such that it was situated towards the east of Jewellery lane.

Inference:

From the above hints following image can be made.

Reference:

Clothes lane was 20 km towards the north of Jewellery lane, which was 4 times the distance between Jewellery lane and Toy lane.

Inner circle was the mid point between Fruit lane and Grocery lane and also Jewellery lane and Clothes lane.

The distance between Vegetable lane and fruit lane was half of the distance between Clothes lane and Inner circle.

Inference:

As the distance between clothes lane and Jewellery lane is 20 km, thus as per the first hint distance between Jewellery lane and Toy lane must be 5km.

As Inner circle is the mid point between clothes lane and Jewellery lane, thus its distance with clothes lane must be 10 km, thus the distance between fruit lane and vegetable lane must be 5km.

Workspace

**Directions: Read the given information carefully and answer the questions given beside:**

In a city, Fruit lane was to the north-west of Jewellery lane. Grocery lane was in the east of fruit lane which was towards the south of vegetable lane. Toy lane was towards the south-west of grocery lane such that it was situated towards the east of Jewellery lane. Clothes lane was 20 km towards the north of Jewellery lane, which was 4 times the distance between Jewellery lane and Toy lane. Inner circle was the mid point between Fruit lane and Grocery lane and also Jewellery lane and Clothes lane.The distance between Vegetable lane and fruit lane was half of the distance between Clothes lane and Inner circle.

Refer the above for the Questions 12 to 11

12. Vegetable lane is in which direction with respect to the Clothes lane?

SHOW ANSWER

Correct Ans:South-west

Explanation:

From the following explanation it is clear that Vegetable lane is in south-west of Clothes lane.

Common Explanation:

Reference:

In a city, Fruit lane was to the north-west of Jewellery lane.

Grocery lane was in the east of fruit lane which was towards the south of vegetable lane.

Toy lane was towards the south-west of grocery lane such that it was situated towards the east of Jewellery lane.

Inference:

From the above hints following image can be made.

Reference:

Clothes lane was 20 km towards the north of Jewellery lane, which was 4 times the distance between Jewellery lane and Toy lane.

Inner circle was the mid point between Fruit lane and Grocery lane and also Jewellery lane and Clothes lane.

The distance between Vegetable lane and fruit lane was half of the distance between Clothes lane and Inner circle.

Inference:

As the distance between clothes lane and Jewellery lane is 20 km, thus as per the first hint distance between Jewellery lane and Toy lane must be 5km.

As Inner circle is the mid point between clothes lane and Jewellery lane, thus its distance with clothes lane must be 10 km, thus the distance between fruit lane and vegetable lane must be 5km.

**Hence option C is correct**Common Explanation:

Reference:

In a city, Fruit lane was to the north-west of Jewellery lane.

Grocery lane was in the east of fruit lane which was towards the south of vegetable lane.

Toy lane was towards the south-west of grocery lane such that it was situated towards the east of Jewellery lane.

Inference:

From the above hints following image can be made.

Reference:

Clothes lane was 20 km towards the north of Jewellery lane, which was 4 times the distance between Jewellery lane and Toy lane.

Inner circle was the mid point between Fruit lane and Grocery lane and also Jewellery lane and Clothes lane.

The distance between Vegetable lane and fruit lane was half of the distance between Clothes lane and Inner circle.

Inference:

As the distance between clothes lane and Jewellery lane is 20 km, thus as per the first hint distance between Jewellery lane and Toy lane must be 5km.

As Inner circle is the mid point between clothes lane and Jewellery lane, thus its distance with clothes lane must be 10 km, thus the distance between fruit lane and vegetable lane must be 5km.

Workspace

**Directions: Read the following information carefully and answer the questions given beside.**

Six children are playing Hide & Seek in a park and were standing at different positions such that P is 9 m towards the north of T. Q is 4 m to the west of O, who is 12m to the east of T. U is 6 m to the south of Q. R is 3 m to the north of O. Then few of them moved and their new positions are denoted by adding ( ` ) to their respective names. P moved 5m towards east. O moved 3 m towards the east. Q moved 5 m towards the north.

Refer the above for the Questions 13 to 12

13. Who among the following is in north-east of U?

I. P

II. O

III. R

I. P

II. O

III. R

SHOW ANSWER

Correct Ans:Only II and III

Explanation:

Only O and R are towards the north-east of U.

Common Explanation:

Reference:

Six children are playing Hide & Seek in a park and were standing at different positions such that P is 9m towards the north of T. Q is 4m to the west of O, who is 12m to the east of T.

Inference:

On the basis of the given hints, following image can be prepared.

Reference:

U is 6m to the south of Q. R is 3m to the north of O.

Inference:

Following image can be prepared as per the given hints.

Reference:

Then few of them moved and their new positions are denoted by adding ` to their respective names. P moved 5m towards east. O moved 3m towards the east. Q moved 5m towards the north.

Inference:

The above hints can be used in the following manner.

**Hence option B is correct.**Common Explanation:

Reference:

Six children are playing Hide & Seek in a park and were standing at different positions such that P is 9m towards the north of T. Q is 4m to the west of O, who is 12m to the east of T.

Inference:

On the basis of the given hints, following image can be prepared.

Reference:

U is 6m to the south of Q. R is 3m to the north of O.

Inference:

Following image can be prepared as per the given hints.

Reference:

Then few of them moved and their new positions are denoted by adding ` to their respective names. P moved 5m towards east. O moved 3m towards the east. Q moved 5m towards the north.

Inference:

The above hints can be used in the following manner.

Workspace

**Directions: Read the following information carefully and answer the questions given beside.**

Six children are playing Hide & Seek in a park and were standing at different positions such that P is 9 m towards the north of T. Q is 4 m to the west of O, who is 12m to the east of T. U is 6 m to the south of Q. R is 3 m to the north of O. Then few of them moved and their new positions are denoted by adding ( ` ) to their respective names. P moved 5m towards east. O moved 3 m towards the east. Q moved 5 m towards the north.

Refer the above for the Questions 14 to 13

14. Find the distance between Q and O?

SHOW ANSWER

Correct Ans:7m

Explanation:

The distance between Q and O is 7m.

Common Explanation:

Reference:

Six children are playing Hide & Seek in a park and were standing at different positions such that P is 9m towards the north of T. Q is 4m to the west of O, who is 12m to the east of T.

Inference:

On the basis of the given hints, following image can be prepared.

Reference:

U is 6m to the south of Q. R is 3m to the north of O.

Inference:

Following image can be prepared as per the given hints.

Reference:

Then few of them moved and their new positions are denoted by adding ` to their respective names. P moved 5m towards east. O moved 3m towards the east. Q moved 5m towards the north.

Inference:

The above hints can be used in the following manner.

**Hence option A is correct.**Common Explanation:

Reference:

Six children are playing Hide & Seek in a park and were standing at different positions such that P is 9m towards the north of T. Q is 4m to the west of O, who is 12m to the east of T.

Inference:

On the basis of the given hints, following image can be prepared.

Reference:

U is 6m to the south of Q. R is 3m to the north of O.

Inference:

Following image can be prepared as per the given hints.

Reference:

Then few of them moved and their new positions are denoted by adding ` to their respective names. P moved 5m towards east. O moved 3m towards the east. Q moved 5m towards the north.

Inference:

The above hints can be used in the following manner.

Workspace

**Directions: Read the following information carefully and answer the questions given beside.**

Six children are playing Hide & Seek in a park and were standing at different positions such that P is 9 m towards the north of T. Q is 4 m to the west of O, who is 12m to the east of T. U is 6 m to the south of Q. R is 3 m to the north of O. Then few of them moved and their new positions are denoted by adding ( ` ) to their respective names. P moved 5m towards east. O moved 3 m towards the east. Q moved 5 m towards the north.

Refer the above for the Questions 15 to 14

15. What is the shortest distance between T and U?

SHOW ANSWER

Correct Ans:10m

Explanation:

The shortest distance between T and U using Pythagoras theorem is 10m.

Common Explanation:

Reference:

Six children are playing Hide & Seek in a park and were standing at different positions such that P is 9m towards the north of T. Q is 4m to the west of O, who is 12m to the east of T.

Inference:

On the basis of the given hints, following image can be prepared.

Reference:

U is 6m to the south of Q. R is 3m to the north of O.

Inference:

Following image can be prepared as per the given hints.

Reference:

Then few of them moved and their new positions are denoted by adding ` to their respective names. P moved 5m towards east. O moved 3m towards the east. Q moved 5m towards the north.

Inference:

The above hints can be used in the following manner.

**Hence option C is correct.**Common Explanation:

Reference:

Six children are playing Hide & Seek in a park and were standing at different positions such that P is 9m towards the north of T. Q is 4m to the west of O, who is 12m to the east of T.

Inference:

On the basis of the given hints, following image can be prepared.

Reference:

U is 6m to the south of Q. R is 3m to the north of O.

Inference:

Following image can be prepared as per the given hints.

Reference:

Then few of them moved and their new positions are denoted by adding ` to their respective names. P moved 5m towards east. O moved 3m towards the east. Q moved 5m towards the north.

Inference:

The above hints can be used in the following manner.

Workspace

**Direction: Study the given information and answer the following question.**

Point J is 12m east of point K. Point H is 5m west of point C. Point L is 10m east of Point F. Point F is 16m south of point K. Point D is 8m north of point L. Point E is 3m east of point D. Point C is 10m north of point E.

Refer the above for the Questions 16 to 15

16. Point L is in which direction with respect to C?

SHOW ANSWER

Correct Ans:South-West

Explanation:

__Reference:__Point J is 12m east of point K.

Point F is 16m south of point K.

Point L is 10m east of Point F.

Point D is 8m north of point L.

Point E is 3m east of point D.

Point C is 10m north of point E.

Point H is 5m west of point C.

Point L is in South-West direction with respect to C.

Workspace

**Direction: Study the given information and answer the following question.**

Point J is 12m east of point K. Point H is 5m west of point C. Point L is 10m east of Point F. Point F is 16m south of point K. Point D is 8m north of point L. Point E is 3m east of point D. Point C is 10m north of point E.

Refer the above for the Questions 17 to 16

17. What is the shortest distance between H and D?

SHOW ANSWER

Correct Ans:√104 m

Explanation:

__Reference:__Point J is 12m east of point K.

Point F is 16m south of point K.

Point L is 10m east of Point F.

Point D is 8m north of point L.

Point E is 3m east of point D.

Point C is 10m north of point E.

Point H is 5m west of point C.

By Pythagoras theorem,

**shortest distance between H and D**= √(2

^{2}+ 10

^{2})

= √(4 + 100)

=

**√(104) m**

Workspace

**Direction: Study the following information carefully and answer the question given below:**

Monika starts walking from point A. After walking 4 km in east direction she reached to point B. Then she turned to her left and walk 3 km to reach point C. From there she turned back to A via shortest route. From there she starts walking in south direction and after walking 5 km she reached to point D, then she turned left and walks 8km to reach point E. From there she turns left and walks equal distance of distance from point A to point D and reach point F. Finally she turned right and reaches to point G after walking 4km.

Refer the above for the Questions 18 to 17

18. In which direction is point G with respect to point C?

SHOW ANSWER

Correct Ans:South-East

Explanation:

Workspace

**Direction: Study the following information carefully and answer the question given below:**

Monika starts walking from point A. After walking 4 km in east direction she reached to point B. Then she turned to her left and walk 3 km to reach point C. From there she turned back to A via shortest route. From there she starts walking in south direction and after walking 5 km she reached to point D, then she turned left and walks 8km to reach point E. From there she turns left and walks equal distance of distance from point A to point D and reach point F. Finally she turned right and reaches to point G after walking 4km.

Refer the above for the Questions 19 to 18

19. Which points are in a straight line?

SHOW ANSWER

Correct Ans:B, F, G

Explanation:

Workspace

**Direction: Study the following information carefully and answer the question given below:**

Monika starts walking from point A. After walking 4 km in east direction she reached to point B. Then she turned to her left and walk 3 km to reach point C. From there she turned back to A via shortest route. From there she starts walking in south direction and after walking 5 km she reached to point D, then she turned left and walks 8km to reach point E. From there she turns left and walks equal distance of distance from point A to point D and reach point F. Finally she turned right and reaches to point G after walking 4km.

Refer the above for the Questions 20 to 19

20. What will be the shortest distance of point A to point C?

SHOW ANSWER

Correct Ans:5 km

Explanation:

Since, triangle ABC is a right angled triangle,

**Shortest distance of point A to point C**= √(AB

^{2}+ BC

^{2})

= √(4

^{2}+ 3

^{2})

= √(16 + 9)

= √(25)

=

**5 km**

Workspace

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