Coded Direction Sense

In certain coding languages, the directions are coded as per the below conditions.

A@B means – A is North of B A%B means – A is South of B

A#B means – A is East of B

A$\$$  B means – A is West of B @ and $ means the distance between the two points is either 4m or 8m.

% and # mean the distance between the two points is either 3m or 7m.

AB > CD Means the distance between points A and B is greater than that of points C and D.

Example: A @ B means A is north of B and the distance between A and B is either 4m or 8m and so on. 

Condition: T#Q, U%Q, R@V, S#V, R $\$$ U, S@W, P#W, TQ > WP, VS > RU

In which direction R with respect to P?

In certain coding languages, the directions are coded as per the below conditions.

A$@$B means – A is North of B A$\%$B means – A is South of B

A$\#$B means – A is East of B

A$\$$  B means – A is West of B $@$ and $\$$ means the distance between the two points is either $4$m or $8$m.

$\%$ and $\#$means the distance between the two points is either $3$m or $7$m.

AB > CD Means the distance between points A and B is greater than that of points C and D.

Example: A $@$ B means A is north of B and the distance between A and B is either 4m or 8m and so on. 

Condition: T$\#$Q, U$\%$Q, R$@$V, S$\#$V, R $\$$ U, S@W, P$\#$W, TQ > WP, VS > RU

If SW> WP, then what is the total distance between RU and SW?

In certain coding languages, the directions are coded as per the below conditions.

A$@$B means – A is North of B A$\%$B means – A is South of B

A$\#$B means – A is East of B

A$\$$  B means – A is West of B $@$ and $\$$ means the distance between the two points is either $4$m or $8$m.

$\%$ and$\#$ mean the distance between the two points is either $3$m or $7$m.

AB > CD Means the distance between points A and B is greater than that of points C and D.

Example: A $@$ B means A is north of B and the distance between A and B is either $4$m or $8$m and so on. 

Condition: T$\#$Q, U$\%$Q, R$@$V, S$\#$V, R $\$$ U, S$@$W, P$\#$W, TQ > WP, VS > RU

If R$\%$B, RB<QT and RB= QU, than what is the total distance between QT and QU?

In certain coding languages, the directions are coded as per the below conditions.

A$@$B means – A is North of B A$\%$B means – A is South of B

A$\#$B means – A is East of B

A$\$$  B means – A is West of B $@$ and $\$$ means the distance between the two points is either $4$m or $8$m.

$\%$and $\#$ means the distance between the two points is either $3$3m or $7$m.

AB > CD Means the distance between points A and B is greater than that of points C and D.

Example: A$@$ B means A is north of B and the distance between A and B is either 4m or 8m and so on. 

Condition: T$\#$Q, U$\%$Q, R$@$V, S$\#$V, R $\$$ U, S$@$W, P$\#$W, TQ > WP, VS > RU

In which direction T with respect to V?

In certain coding languages, the directions are coded as per the below conditions.

A$@$B means – A is North of B A$\%$B means – A is South of B

A$\#$B means – A is East of B

A$\$$  B means – A is West of B$@$  and $\$$ means the distance between the two points is either $4$m or $8$m.

$\%$and $\#$ mean the distance between the two points is either $3$m or $7$m.

AB > CD Means the distance between points A and B is greater than that of points C and D.

Example: A$@$ B means A is north of B and the distance between A and B is either $4$m or $8$m and so on. 

Condition: T$\#$Q, U$\%$Q, R$@$V, S$\#$V, R $\$$ U, S$@$W, P$\#$W, TQ > WP, VS > RU

If N$\#$M, N$@$O $\$$ K, RV > NO and the point M is exactly to the east of U and also to the South of T. Then what is the shortest distance between Point S and Point O?

Study the information below and answer the questions.

M & N (89m) – M is 76m south of N.

M % N (52m) – M is 39m east of N.

M @ N (110m) – M is 97m north of N.

M # N (58m) – M is 45m west of N. 

X @ P (25m), W # V (18m), R % S (18m), Q % P (22m), T # U (19m), Q & S (20m), W & U (28m), T @ R (25m)

What is the total distance between S and T?

Study the information below and answer the questions.

M & N ($89$m) – M is $76$m south of N.

M % N ($52$m) – M is $39$m east of N.

M @ N ($110$m) – M is $97$m north of N.

M # N (58m) – M is $45$m west of N. 

X @ P ($25$m), W # V ($18$m), R % S ($18$m), Q % P ($22$m), T # U ($19$m), Q & S ($20$m), W & U ($28$m), T @ R ($25$m)

What is the direction of S with respect to P?

Study the information below and answer the questions.

M & N (89m) – M is 76m south of N.

M % N (52m) – M is 39m east of N.

M @ N (110m) – M is 97m north of N.

M # N (58m) – M is 45m west of N. 

X @ P (25m), W # V (18m), R % S (18m), Q % P (22m), T # U (19m), Q & S (20m), W & U (28m), T @ R (25m)

If P # Q (25m), S & T (19m), Q @ R (31m) and S % R (17m) then what is the shortest distance between P and T?

Study the information below and answer the questions.

M & N (89m) – M is 76m south of N.

M % N (52m) – M is 39m east of N.

M @ N (110m) – M is 97m north of N.

M # N (58m) – M is 45m west of N. 

X @ P (25m), W # V (18m), R % S (18m), Q % P (22m), T # U (19m), Q & S (20m), W & U (28m), T @ R (25m)

If R # K (19m), which among the following statements is true?

Study the information below and answer the questions.

M & N (89m) – M is 76m south of N.

M % N (52m) – M is 39m east of N.

M @ N (110m) – M is 97m north of N.

M # N (58m) – M is 45m west of N. 

X @ P (25m), W # V (18m), R % S (18m), Q % P (22m), T # U (19m), Q & S (20m), W & U (28m), T @ R (25m)

If Z % X (33m) then what is the sum of the shortest distance between S and T and the shortest distance between Z and U?

Study the information below and answer the given questions.

A%254m B – A is 250m east of B.

A&116mB – A is 126m west of B.

A?96mB – A is 90m south of B.

A@220mB – A is 225m north of B.

Point M is & -4m point N, which is @3m point O, which is %16m point P, which is ?14m point Q, which is %10m point R, which is ?12m point S, which is &-4m point T.

In which direction is point P with respect to point N?

Study the information below and answer the given questions.

A%254m B – A is 250m east of B.

A&116mB – A is 126m west of B.

A?96mB – A is 90m south of B.

A@220mB – A is 225m north of B.

Point M is & -4m point N, which is @3m point O, which is %16m point P, which is ?14m point Q, which is %10m point R, which is ?12m point S, which is &-4m point T.

What is the difference between point R and point N?

Study the information below and answer the given questions.

A$\%254$m B – A is 250m east of B.

A$\&116$mB – A is 126m west of B.

A$?96$mB – A is 90m south of B.

A$@220$mB – A is 225m north of B.

Point M is $\&-4$m point N, which is$@3$m point O, which is %16m point P, which is $?14$m point Q, which is $\%10$m point R, which is $?12$m point S, which is &-4m point T.

In which direction is point S with respect to point O?

Study the information below and answer the given questions.

A$\%254$m B – A is $250$m east of B.

A$\&116$mB – A is $126$m west of B.

A$?96$mB – A is $90$m south of B.

A$@220$mB – A is $225$m north of B.

Point M is $\&-4$m point N, which is $@3$m point O, which is %16m point P, which is $?14$m point Q, which is $\%10$m point R, which is $?12$m point S, which is $\&-4$m point T.

What is the shortest distance between point M and point P?

Study the information below and answer the given questions.

A$\%$$254$m B – A is $250$m east of B.

A$\&$$116$mB – A is $126$m west of B.

A$?96$mB – A is $90$m south of B.

A$@220$mB – A is $225$m north of B.

Point M is $\&-4$m point N, which is $@3$m point O, which is %16m point P, which is $?14$m point Q, which is $\%10$m point R, which is $?12$m point S, which is $\&-4$m point T.

What is the shortest distance between point R and point T (approx)?

Read the following information carefully and answer the given questions.

A * B means A is to the left of B at a distance of 5m.

A # B means A is to the south direction of B at a distance of 3m.

A @ B means A is to the right of B at a distance of 2m.

A % B means A is to the north direction of B at a distance of 4m.

In each of the following questions initially, all persons are facing north.

A  # F * P @ D # G then find the distance between A and D?

Read the following information carefully and answer the given questions.

A $\times$ B means A is to the left of B at a distance of $5$m.

A $\#$B means A is to the south direction of B at a distance of $3m$

A $@$ B means A is to the right of B at a distance of $2m$.

A $\%$ B means A is to the north direction of B at a distance of$4m$.

In each of the following questions initially, all persons are facing north.

B$@$ T$\times$  F $\%$ G $\times$R, then T is in which direction with respect to R?

Read the following information carefully and answer the given questions.

A * B means A is to the left of B at a distance of 5m.

A # B means A is to the south direction of B at a distance of 3m.

A @ B means A is to the right of B at a distance of 2m.

A % B means A is to the north direction of B at a distance of 4m.

In each of the following questions initially, all persons are facing north.

Q@ Y % R # L @ K, then in which direction is K with respect to R?

Read the following information carefully and answer the given questions.

A @ B means A is to the north of B at a distance of either 7m or 12m.

A # B means A is to the west direction of B at a distance of either 5m or 14m.

A $ B means A is to the south direction of B at a distance of either 7m or 12m.

A & B means A is to the east direction of B at a distance of either 5m or 14m.

A @& B means A is to the northeast of B.

A $& B means A is to the south-east direction of B.

Statement: A@B, B#C, C$\$$D@&A, D#E@F@&C, F@G$\$$&C, G&H$\$$C

In which direction is B with respect to G?

Read the following information carefully and answer the given questions.

A @ B means A is to the north of B at a distance of either 7m or 12m.

A # B means A is to the west direction of B at a distance of either 5m or 14m.

A $ B means A is to the south direction of B at a distance of either 7m or 12m.

A & B means A is to the east direction of B at a distance of either 5m or 14m.

A @& B means A is to the northeast of B.

A $& B means A is to the south-east direction of B.

Statement: A@B, B#C, C$\$$D@&A, D#E@F@&C, F@G$\$$&C, G&H$\$$C

In which direction is B with respect to G?