Logical Reasoni...

Members of Greenland Association Aashi, Puja, Manu and Nitya have planted 48, 31, 29 and 28 trees in any order. They have planted six varieties of plants: Banyan, Mango, Coconut, Neem, Teak and Rose. Each of them has planted a minimum of two varieties of plants and a maximum of six varieties of plants. The minimum number of plants planted by anyone for a type of plant is one, and the maximum number of plants planted is 16. 
Each of them has planted a different number of varieties. For example, if Puja has planted three varieties of plants, none of the remaining members has planted three varieties.
No two have planted the same number of plants for any two varieties. For example, if Puja has planted three mango plants, none of them has planted three plants for any variety.
1. Maximum difference between the total number of plants of any two varieties is one.
2. The number of plants planted by a person for each variety is in A.P., and the number of plants planted by another person for each variety is in G.P. Both of them have planted more than three varieties of plants.

Members of Greenland Association Aashi, Puja, Manu and Nitya have planted 48, 31, 29 and 28 trees in any order. They have planted six varieties of plants: Banyan, Mango, Coconut, Neem, Teak and Rose. Each of them has planted a minimum of two varieties of plants and a maximum of six varieties of plants. The minimum number of plants planted by anyone for a type of plant is one, and the maximum number of plants planted is 16. 
Each of them has planted a different number of varieties. For example, if Puja has planted three varieties of plants, none of the remaining members has planted three varieties.
No two have planted the same number of plants for any two varieties. For example, if Puja has planted three mango plants, none of them has planted three plants for any variety.
1. Maximum difference between the total number of plants of any two varieties is one.
2. The number of plants planted by a person for each variety is in A.P., and the number of plants planted by another person for each variety is in G.P. Both of them have planted more than three varieties of plants.

Members of Greenland Association Aashi, Puja, Manu and Nitya have planted 48, 31, 29 and 28 trees in any order. They have planted six varieties of plants: Banyan, Mango, Coconut, Neem, Teak and Rose. Each of them has planted a minimum of two varieties of plants and a maximum of six varieties of plants. The minimum number of plants planted by anyone for a type of plant is one, and the maximum number of plants planted is 16. 
Each of them has planted a different number of varieties. For example, if Puja has planted three varieties of plants, none of the remaining members has planted three varieties.
No two have planted the same number of plants for any two varieties. For example, if Puja has planted three mango plants, none of them has planted three plants for any variety.
1. Maximum difference between the total number of plants of any two varieties is one.
2. The number of plants planted by a person for each variety is in A.P., and the number of plants planted by another person for each variety is in G.P. Both of them have planted more than three varieties of plants.

Members of Greenland Association Aashi, Puja, Manu and Nitya have planted 48, 31, 29 and 28 trees in any order. They have planted six varieties of plants: Banyan, Mango, Coconut, Neem, Teak and Rose. Each of them has planted a minimum of two varieties of plants and a maximum of six varieties of plants. The minimum number of plants planted by anyone for a type of plant is one, and the maximum number of plants planted is 16. 
Each of them has planted a different number of varieties. For example, if Puja has planted three varieties of plants, none of the remaining members has planted three varieties.
No two have planted the same number of plants for any two varieties. For example, if Puja has planted three mango plants, none of them has planted three plants for any variety.
1. Maximum difference between the total number of plants of any two varieties is one.
2. The number of plants planted by a person for each variety is in A.P., and the number of plants planted by another person for each variety is in G.P. Both of them have planted more than three varieties of plants.

Members of Greenland Association Aashi, Puja, Manu and Nitya have planted 48, 31, 29 and 28 trees in any order. They have planted six varieties of plants: Banyan, Mango, Coconut, Neem, Teak and Rose. Each of them has planted a minimum of two varieties of plants and a maximum of six varieties of plants. The minimum number of plants planted by anyone for a type of plant is one, and the maximum number of plants planted is 16. 
Each of them has planted a different number of varieties. For example, if Puja has planted three varieties of plants, none of the remaining members has planted three varieties.
No two have planted the same number of plants for any two varieties. For example, if Puja has planted three mango plants, none of them has planted three plants for any variety.
1. Maximum difference between the total number of plants of any two varieties is one.
2. The number of plants planted by a person for each variety is in A.P., and the number of plants planted by another person for each variety is in G.P. Both of them have planted more than three varieties of plants.

The figure below shows the route map of 13 major junctions namely A, B, C, D, E, F, G, I, J, K, L, M, N in Hyderabad.

Additional information regarding the traffic on a particular day is given below:

1. The number of vehicles at a junction is equal to the sum of the number of vehicles to that junction, for example, the number of vehicles at F = number of vehicles from A + number of vehicles from D

2. All the  vehicles at a junction reach the next junctions except at junctions  E, I, G where the number of vehicles reaching K, L, M respectively reduces by 2/3rd.

3. A, B, C are D are the origins, and N is the endpoint of Hyderabad.

4. The number of vehicles at I and J are in the ratio of 3:2.

5. The number of vehicles at N= 35 and the number of vehicles at K, L, M are in the ratio of 2:5:2.

6. The number of vehicles travelling from A to E is the same as that from B to E.

7. The number of vehicles travelling from A to F = 2* The number of vehicles travelling from D to F.

8. The number of vehicles travelling from D to G = 2* The number of vehicles travelling from C to G.

The figure below shows the route map of 13 major junctions namely A, B, C, D, E, F, G, I, J, K, L, M, N in Hyderabad.

Additional information regarding the traffic on a particular day is given below:

1. The number of vehicles at a junction is equal to the sum of the number of vehicles to that junction, for example, the number of vehicles at F = number of vehicles from A + number of vehicles from D

2. All the  vehicles at a junction reach the next junctions except at junctions  E, I, G where the number of vehicles reaching K, L, M respectively reduces by 2/3rd.

3. A, B, C are D are the origins, and N is the endpoint of Hyderabad.

4. The number of vehicles at I and J are in the ratio of 3:2.

5. The number of vehicles at N= 35 and the number of vehicles at K, L, M are in the ratio of 2:5:2.

6. The number of vehicles travelling from A to E is the same as that from B to E.

7. The number of vehicles travelling from A to F = 2* The number of vehicles travelling from D to F.

8. The number of vehicles travelling from D to G = 2* The number of vehicles travelling from C to G.

The figure below shows the route map of 13 major junctions namely A, B, C, D, E, F, G, I, J, K, L, M, N in Hyderabad.

Additional information regarding the traffic on a particular day is given below:

1. The number of vehicles at a junction is equal to the sum of the number of vehicles to that junction, for example, the number of vehicles at F = number of vehicles from A + number of vehicles from D

2. All the  vehicles at a junction reach the next junctions except at junctions  E, I, G where the number of vehicles reaching K, L, M respectively reduces by 2/3rd.

3. A, B, C are D are the origins, and N is the endpoint of Hyderabad.

4. The number of vehicles at I and J are in the ratio of 3:2.

5. The number of vehicles at N= 35 and the number of vehicles at K, L, M are in the ratio of 2:5:2.

6. The number of vehicles travelling from A to E is the same as that from B to E.

7. The number of vehicles travelling from A to F = 2* The number of vehicles travelling from D to F.

8. The number of vehicles travelling from D to G = 2* The number of vehicles travelling from C to G.

The figure below shows the route map of 13 major junctions namely A, B, C, D, E, F, G, I, J, K, L, M, N in Hyderabad.

Additional information regarding the traffic on a particular day is given below:

1. The number of vehicles at a junction is equal to the sum of the number of vehicles to that junction, for example, the number of vehicles at F = number of vehicles from A + number of vehicles from D

2. All the  vehicles at a junction reach the next junctions except at junctions  E, I, G where the number of vehicles reaching K, L, M respectively reduces by 2/3rd.

3. A, B, C are D are the origins, and N is the endpoint of Hyderabad.

4. The number of vehicles at I and J are in the ratio of 3:2.

5. The number of vehicles at N= 35 and the number of vehicles at K, L, M are in the ratio of 2:5:2.

6. The number of vehicles travelling from A to E is the same as that from B to E.

7. The number of vehicles travelling from A to F = 2* The number of vehicles travelling from D to F.

8. The number of vehicles travelling from D to G = 2* The number of vehicles travelling from C to G.

The figure below shows the route map of 13 major junctions namely A, B, C, D, E, F, G, I, J, K, L, M, N in Hyderabad.

Additional information regarding the traffic on a particular day is given below:

1. The number of vehicles at a junction is equal to the sum of the number of vehicles to that junction, for example, the number of vehicles at F = number of vehicles from A + number of vehicles from D

2. All the  vehicles at a junction reach the next junctions except at junctions  E, I, G where the number of vehicles reaching K, L, M respectively reduces by 2/3rd.

3. A, B, C are D are the origins, and N is the endpoint of Hyderabad.

4. The number of vehicles at I and J are in the ratio of 3:2.

5. The number of vehicles at N= 35 and the number of vehicles at K, L, M are in the ratio of 2:5:2.

6. The number of vehicles travelling from A to E is the same as that from B to E.

7. The number of vehicles travelling from A to F = 2* The number of vehicles travelling from D to F.

8. The number of vehicles travelling from D to G = 2* The number of vehicles travelling from C to G.

Read the following information carefully and answer the given questions.

Gopi has to arrange 10 different balls on a stand in 10 places numbered 1 to 10 from left to right. The colours of the balls are Violet, Indigo, Blue, Green, Yellow, Orange, Red, Maroon, White and Pink. Additionally, the following conditions have to be followed:
1) Yellow and Orange coloured balls have to be kept as far as possible
2) There are four balls in between Pink and Yellow coloured balls
3) Violet and Indigo coloured balls have to be kept together, either at the beginning or at the end of the stand
4) Blue and Green coloured balls have to be kept in positions 4 and 5 in any order
5) The Red coloured ball is kept to the left of the Yellow coloured ball but to the right of the White coloured ball
6) The Maroon coloured ball is kept to the right of the Green coloured ball but to the left of the Red coloured ball

Read the following information carefully and answer the given questions.

Gopi has to arrange 10 different balls on a stand in 10 places numbered 1 to 10 from left to right. The colours of the balls are Violet, Indigo, Blue, Green, Yellow, Orange, Red, Maroon, White and Pink. Additionally, the following conditions have to be followed:
1) Yellow and Orange coloured balls have to be kept as far as possible
2) There are four balls in between Pink and Yellow coloured balls
3) Violet and Indigo coloured balls have to be kept together, either at the beginning or at the end of the stand
4) Blue and Green coloured balls have to be kept in positions 4 and 5 in any order
5) The Red coloured ball is kept to the left of the Yellow coloured ball but to the right of the White coloured ball
6) The Maroon coloured ball is kept to the right of the Green coloured ball but to the left of the Red coloured ball

Read the following information carefully and answer the given questions.

Gopi has to arrange 10 different balls on a stand in 10 places numbered 1 to 10 from left to right. The colours of the balls are Violet, Indigo, Blue, Green, Yellow, Orange, Red, Maroon, White and Pink. Additionally, the following conditions have to be followed:
1) Yellow and Orange coloured balls have to be kept as far as possible
2) There are four balls in between Pink and Yellow coloured balls
3) Violet and Indigo coloured balls have to be kept together, either at the beginning or at the end of the stand
4) Blue and Green coloured balls have to be kept in positions 4 and 5 in any order
5) The Red coloured ball is kept to the left of the Yellow coloured ball but to the right of the White coloured ball
6) The Maroon coloured ball is kept to the right of the Green coloured ball but to the left of the Red coloured ball

Read the following information carefully and answer the given questions.

Gopi has to arrange 10 different balls on a stand in 10 places numbered 1 to 10 from left to right. The colours of the balls are Violet, Indigo, Blue, Green, Yellow, Orange, Red, Maroon, White and Pink. Additionally, the following conditions have to be followed:
1) Yellow and Orange coloured balls have to be kept as far as possible
2) There are four balls in between Pink and Yellow coloured balls
3) Violet and Indigo coloured balls have to be kept together, either at the beginning or at the end of the stand
4) Blue and Green coloured balls have to be kept in positions 4 and 5 in any order
5) The Red coloured ball is kept to the left of the Yellow coloured ball but to the right of the White coloured ball
6) The Maroon coloured ball is kept to the right of the Green coloured ball but to the left of the Red coloured ball

Read the following information carefully and answer the given questions.

Gopi has to arrange 10 different balls on a stand in 10 places numbered 1 to 10 from left to right. The colours of the balls are Violet, Indigo, Blue, Green, Yellow, Orange, Red, Maroon, White and Pink. Additionally, the following conditions have to be followed:
1) Yellow and Orange coloured balls have to be kept as far as possible
2) There are four balls in between Pink and Yellow coloured balls
3) Violet and Indigo coloured balls have to be kept together, either at the beginning or at the end of the stand
4) Blue and Green coloured balls have to be kept in positions 4 and 5 in any order
5) The Red coloured ball is kept to the left of the Yellow coloured ball but to the right of the White coloured ball
6) The Maroon coloured ball is kept to the right of the Green coloured ball but to the left of the Red coloured ball

Monda Car Company has five production plants A, B, C, D and E. They store the cars produced in five warehouses, P, Q, R, S and T. They have a showroom in Mumbai, Hyderabad, Bangalore, Delhi and Chandigarh. The figures in the table represent the distance in km between the production plants and warehouses and between warehouses and showrooms.

Monda Car Company has five production plants A, B, C, D and E. They store the cars produced in five warehouses, P, Q, R, S and T. They have a showroom in Mumbai, Hyderabad, Bangalore, Delhi and Chandigarh. The figures in the table represent the distance in km between the production plants and warehouses and between warehouses and showrooms.

Monda Car Company has five production plants A, B, C, D and E. They store the cars produced in five warehouses, P, Q, R, S and T. They have a showroom in Mumbai, Hyderabad, Bangalore, Delhi and Chandigarh. The figures in the table represent the distance in km between the production plants and warehouses and between warehouses and showrooms.

Monda Car Company has five production plants A, B, C, D and E. They store the cars produced in five warehouses, P, Q, R, S and T. They have a showroom in Mumbai, Hyderabad, Bangalore, Delhi and Chandigarh. The figures in the table represent the distance in km between the production plants and warehouses and between warehouses and showrooms.

Monda Car Company has five production plants A, B, C, D and E. They store the cars produced in five warehouses, P, Q, R, S and T. They have a showroom in Mumbai, Hyderabad, Bangalore, Delhi and Chandigarh. The figures in the table represent the distance in km between the production plants and warehouses and between warehouses and showrooms.