□ About Methanol:
Methanol is a cost-effective alternative marine fuel. It is less costly than other marine fuels and is economical in terms of developing the shoreside storage and bunkering infrastructure. It is also known as wood alcohol. Its properties are similar to ethanol. It is also used in products such as plastics, paints, and cosmetics.
Methanol is a cost-effective alternative marine fuel. It is less costly than other marine fuels and is economical in terms of developing the shoreside storage and bunkering infrastructure. It is also known as wood alcohol. Its properties are similar to ethanol. It is also used in products such as plastics, paints, and cosmetics.
■ Kashmir’s Pashmina shawls
◇ Context: It is a fabric that is adored and respected all around the world as pashmina or cashmere.
◇ Background: The French empress Josephine, who was given a Kashmiri Kani shawl by her husband, Emperor Napoleon, in the 18th century, was instrumental in reviving a dying craft in Kashmir by popularizing it in Europe.
□ Pashmina:
◇ The term ‘Pashmina’ has been derived from the Persian word “Pashm” meaning wool.
◇ It is a GI-certified wool that has its origin in the Kashmir region of India.
◇ Due to the high quality of the wool used and the labour-intensive process required to make each individual piece, pashmina shawls are quite expensive.
◇ The Changthangi goats (Capra Hircus), domesticated in Ladakh, are the source of the wool used to weave Pashmina Shawls.
◇ The Changpa tribes of Ladakh who herd the Changthangi goats harvest the raw Pashm.
◇ Context: It is a fabric that is adored and respected all around the world as pashmina or cashmere.
◇ Background: The French empress Josephine, who was given a Kashmiri Kani shawl by her husband, Emperor Napoleon, in the 18th century, was instrumental in reviving a dying craft in Kashmir by popularizing it in Europe.
□ Pashmina:
◇ The term ‘Pashmina’ has been derived from the Persian word “Pashm” meaning wool.
◇ It is a GI-certified wool that has its origin in the Kashmir region of India.
◇ Due to the high quality of the wool used and the labour-intensive process required to make each individual piece, pashmina shawls are quite expensive.
◇ The Changthangi goats (Capra Hircus), domesticated in Ladakh, are the source of the wool used to weave Pashmina Shawls.
◇ The Changpa tribes of Ladakh who herd the Changthangi goats harvest the raw Pashm.
■ MACROSOMIA
◇ The term used to describe these giant babies is macrosomia (Greek for the large body). Any baby that weighs more than 4kg, regardless of its gestational age, is said to have macrosomia.
□ Factors that cause Macrosomia:
◇ Body weight of the mother. Obese mothers tend to have kinds with Macrosomia.
◇ In mothers with gestational diabetes (high blood sugar that arises during pregnancy), this increases to between 15 per cent and 45 per cent of births.
◇ Being older when pregnant also increases the odds of having a baby with macrosomia.
◇ Previous pregnancies increase the risk of macrosomia because, with each successive pregnancy, birth weight increases.
◇ Overdue pregnancies – those that run past the typical 40 weeks – also increase the risk of a baby being macrosomic, particularly at 42 weeks or more.
◇ Having a boy increases the likelihood of macrosomia. Boys are three times more likely than girls to be born macrosomic.
◇ The term used to describe these giant babies is macrosomia (Greek for the large body). Any baby that weighs more than 4kg, regardless of its gestational age, is said to have macrosomia.
□ Factors that cause Macrosomia:
◇ Body weight of the mother. Obese mothers tend to have kinds with Macrosomia.
◇ In mothers with gestational diabetes (high blood sugar that arises during pregnancy), this increases to between 15 per cent and 45 per cent of births.
◇ Being older when pregnant also increases the odds of having a baby with macrosomia.
◇ Previous pregnancies increase the risk of macrosomia because, with each successive pregnancy, birth weight increases.
◇ Overdue pregnancies – those that run past the typical 40 weeks – also increase the risk of a baby being macrosomic, particularly at 42 weeks or more.
◇ Having a boy increases the likelihood of macrosomia. Boys are three times more likely than girls to be born macrosomic.
□ Issues:
Babies with macrosomia are more likely to encounter difficulties moving through the birth canal because of their large size.
“Shoulder dystocia” – which may cause permanent harm to shoulders. While the baby is stuck, it cannot breathe and the umbilical cord may be squeezed.
Mothers are also at increased risk of vaginal tears during delivery, which then increases the risk of postpartum haemorrhage (bleeding).
Babies with macrosomia are more likely to encounter difficulties moving through the birth canal because of their large size.
“Shoulder dystocia” – which may cause permanent harm to shoulders. While the baby is stuck, it cannot breathe and the umbilical cord may be squeezed.
Mothers are also at increased risk of vaginal tears during delivery, which then increases the risk of postpartum haemorrhage (bleeding).
Q4) A man invested some amount in scheme X at 20% simple interest. After 2 years he withdrawal all his amount and invested in Scheme Y at 10% per annum Compounded annually. At the end of next 2 years he earned a interest of Rs. 4410 as a interest. Find the sum invested Initially?
A) 10000
B) 12000
C) 15000
D) 20000
E) None of these
A) 10000
B) 12000
C) 15000
D) 20000
E) None of these
👍1
Seven boxes contain different fruits viz. Apple,
Banana, Cherry, Grapes, Mango, Orange and
Pears are kept one above the other in a single
stack, but not necessarily in the same order.
Each box is of a different weight ranging between
6kg and 20kg. The lowermost box is numbered
as 1 and the box immediately above it is
numbered as 2 and so on.
None of the box’s weight is a prime number. The
weight of the box which is third from the bottom
is the multiple of 5. The topmost box weight is
1kg less than the weight of box 3. The weight of
an even numbered box is the least and is three
boxes above Banana box, which weight is the
highest. Only three boxes are there between
Banana and Cherry boxes. The weight of Pears
box is the multiple of 7 and is kept adjacent to
Apple box. The number of boxes kept above
Apple box is one less than the number of boxes
kept below Mango box. The weight of mango box
is not 10 Kg. Cherry box weight is more than the
weight of Pears and Mango boxes. The weight of
Apple box is an odd number whereas the weight
of Grapes box is a multiple of 4. Orange box
weight is less than the weight of Grapes box.
sиαρσnє🌱
1. What is the weight of Orange box?
a) 12kg
b) 9kg
c) 8kg
d) 10kg
e) None of these
2. How many boxes are kept above the box with
the third highest weight?
a) As many boxes kept between Pears box and
Cherry box
b) Two
c) Three
d) More than three
e) As many boxes kept below Banana box
3. Which of the following fruit box is kept second
from the top?
a) Apple
b) The box which is kept immediately below
Orange box
c) Pears
d) The box which weight is 16kg
e) None of these
4. What is the sum of the weights of Mango and
Grapes boxes?
a) 23kg
b) 24kg
c) 26kg
d) 27kg
e) None of these
5. If all the fruits are arranged from top to
bottom based on the increasing order of their
weights, then how many fruits remain unchanged
in its position?
a) One
b) Two
c) Three
d) More than three
e) None
Banana, Cherry, Grapes, Mango, Orange and
Pears are kept one above the other in a single
stack, but not necessarily in the same order.
Each box is of a different weight ranging between
6kg and 20kg. The lowermost box is numbered
as 1 and the box immediately above it is
numbered as 2 and so on.
None of the box’s weight is a prime number. The
weight of the box which is third from the bottom
is the multiple of 5. The topmost box weight is
1kg less than the weight of box 3. The weight of
an even numbered box is the least and is three
boxes above Banana box, which weight is the
highest. Only three boxes are there between
Banana and Cherry boxes. The weight of Pears
box is the multiple of 7 and is kept adjacent to
Apple box. The number of boxes kept above
Apple box is one less than the number of boxes
kept below Mango box. The weight of mango box
is not 10 Kg. Cherry box weight is more than the
weight of Pears and Mango boxes. The weight of
Apple box is an odd number whereas the weight
of Grapes box is a multiple of 4. Orange box
weight is less than the weight of Grapes box.
a) 12kg
b) 9kg
c) 8kg
d) 10kg
e) None of these
2. How many boxes are kept above the box with
the third highest weight?
a) As many boxes kept between Pears box and
Cherry box
b) Two
c) Three
d) More than three
e) As many boxes kept below Banana box
3. Which of the following fruit box is kept second
from the top?
a) Apple
b) The box which is kept immediately below
Orange box
c) Pears
d) The box which weight is 16kg
e) None of these
4. What is the sum of the weights of Mango and
Grapes boxes?
a) 23kg
b) 24kg
c) 26kg
d) 27kg
e) None of these
5. If all the fruits are arranged from top to
bottom based on the increasing order of their
weights, then how many fruits remain unchanged
in its position?
a) One
b) Two
c) Three
d) More than three
e) None
Detailed Solution:
Step 1:
None of the box’s weight is a prime
number.
The weight of the box which is third from
the bottom is the multiple of 5.
The topmost box weight is 1kg less than
the weight of box 3.
The weight of an even numbered box is
the least and is three boxes above
Banana box, which weight is the highest.
Hence, the possible weights are: 8, 9, 10, 12, 14,
15, 16, 18.
From the above condition, there are two
possibilities. ( 1st Case and 2nd Case )
sиαρσnє🌱
Step 2:
Only three boxes are there between
Banana and Cherry boxes.
The weight of Pears box is the multiple of
7 and is kept adjacent to Apple box.
The number of boxes kept above Apple
box is one less than the number of boxes
kept below Mango box.
The weight of mango box is not 10 Kg.
Cherry box weight is more than the weight
of Pears and Mango boxes.
From the above condition, there are two
possibilities. ( 1st Case, 2nd Case and 3rd Case )
sиαρσnє🌱
Step 3:
The weight of Apple box is an odd number
whereas the weight of Grapes box is the
multiple of 4.
Orange box weight is less than the weight
of Grapes box.
Hence, cases 1 and 2nd Case get eliminated and 3rd Case shows the final
None of the box’s weight is a prime
number.
The weight of the box which is third from
the bottom is the multiple of 5.
The topmost box weight is 1kg less than
the weight of box 3.
The weight of an even numbered box is
the least and is three boxes above
Banana box, which weight is the highest.
Hence, the possible weights are: 8, 9, 10, 12, 14,
15, 16, 18.
From the above condition, there are two
possibilities. ( 1st Case and 2nd Case )
sиαρσnє🌱
Step 2:
Only three boxes are there between
Banana and Cherry boxes.
The weight of Pears box is the multiple of
7 and is kept adjacent to Apple box.
The number of boxes kept above Apple
box is one less than the number of boxes
kept below Mango box.
The weight of mango box is not 10 Kg.
Cherry box weight is more than the weight
of Pears and Mango boxes.
From the above condition, there are two
possibilities. ( 1st Case, 2nd Case and 3rd Case )
sиαρσnє🌱
Step 3:
The weight of Apple box is an odd number
whereas the weight of Grapes box is the
multiple of 4.
Orange box weight is less than the weight
of Grapes box.
Hence, cases 1 and 2nd Case get eliminated and 3rd Case shows the final
Seven persons- P, Q, R, L, M, N, and O are
celebrating their birthday on different days of the
same week from Sunday to Saturday. They all
are of different ages.
The one whose age is 25 celebrates three days
before N. The number of persons celebrating
before N is the same as the number of persons
celebrating after the one whose age is 45. The
age of N is not 45. L celebrates two persons
before M. As many persons celebrate before L
as after M. O celebrates three persons before the
one whose age is 10 years less than L. M’s age
is three years less than O. O celebrates
immediately before the one whose age is 18.
Neither M’s age nor N’s age is less than 20. No
one's age is less than 10. The difference
between the ages of L and N is the same as the
difference between the ages of N and R. Neither
Q nor P celebrates on Wednesday. Only two
years difference between the ages of P and N.
More than 10 years difference between the ages
of M and P.
sиαρσnє🌱
1) What is the sum of the ages of Q, R, and M?
a) 82
b) 85
c) 80
d) 75
e) 72
2) Which of the following combination is true?
a) P-Sunday
b) L-42
c) Q-25
d) P-Thursday
e) 30-Saturday
3) Who among the following person celebrates
on Wednesday?
a) P
b) N
c) The one whose age is 18
d) The one who celebrates immediately before Q
e) The one whose age is 25
4) On which of the following day does the one
whose age is 42 celebrate?
a) Tuesday
b) Wednesday
c) Thursday
d) Saturday
e) Friday
5) How many persons celebrate before R?
a) Three
b) Two
c) One
d) None
e) Four
celebrating their birthday on different days of the
same week from Sunday to Saturday. They all
are of different ages.
The one whose age is 25 celebrates three days
before N. The number of persons celebrating
before N is the same as the number of persons
celebrating after the one whose age is 45. The
age of N is not 45. L celebrates two persons
before M. As many persons celebrate before L
as after M. O celebrates three persons before the
one whose age is 10 years less than L. M’s age
is three years less than O. O celebrates
immediately before the one whose age is 18.
Neither M’s age nor N’s age is less than 20. No
one's age is less than 10. The difference
between the ages of L and N is the same as the
difference between the ages of N and R. Neither
Q nor P celebrates on Wednesday. Only two
years difference between the ages of P and N.
More than 10 years difference between the ages
of M and P.
a) 82
b) 85
c) 80
d) 75
e) 72
2) Which of the following combination is true?
a) P-Sunday
b) L-42
c) Q-25
d) P-Thursday
e) 30-Saturday
3) Who among the following person celebrates
on Wednesday?
a) P
b) N
c) The one whose age is 18
d) The one who celebrates immediately before Q
e) The one whose age is 25
4) On which of the following day does the one
whose age is 42 celebrate?
a) Tuesday
b) Wednesday
c) Thursday
d) Saturday
e) Friday
5) How many persons celebrate before R?
a) Three
b) Two
c) One
d) None
e) Four
Detailed Solution:
Step 1:
The one whose age is 25 celebrates three
days before N.
The number of persons celebrating before
N is the same as the number of persons
celebrating after the one whose age is 45.
The age of N is not 45.
From the above condition, there are three
possibilities.
sиαρσnє🌱
Step 2:
L celebrates two persons before M.
As many persons celebrate before L as
after M.
From the above condition, Case-1 gets
eliminated.
Step 3:
O celebrates three persons before the one
whose age is 10 years less than L.
M’s age is three years less than O.
O celebrates immediately before the one
whose age is 18.
Neither M’s age nor N’s age is less than
20.
No one's age is less than 10.
From the above condition, Case-2 gets
eliminated.
sиαρσnє🌱
Step 4:
The difference between the ages of L and
N is the same as the difference between
the ages of N and R.
Neither Q nor P celebrates on
Wednesday.
Only two years difference between the
ages of P and N.
More than 10 years difference between
the ages of M and P.
From the above condition, Case-3 shows the
final arrangement.
Step 1:
The one whose age is 25 celebrates three
days before N.
The number of persons celebrating before
N is the same as the number of persons
celebrating after the one whose age is 45.
The age of N is not 45.
From the above condition, there are three
possibilities.
L celebrates two persons before M.
As many persons celebrate before L as
after M.
From the above condition, Case-1 gets
eliminated.
Step 3:
O celebrates three persons before the one
whose age is 10 years less than L.
M’s age is three years less than O.
O celebrates immediately before the one
whose age is 18.
Neither M’s age nor N’s age is less than
20.
No one's age is less than 10.
From the above condition, Case-2 gets
eliminated.
The difference between the ages of L and
N is the same as the difference between
the ages of N and R.
Neither Q nor P celebrates on
Wednesday.
Only two years difference between the
ages of P and N.
More than 10 years difference between
the ages of M and P.
From the above condition, Case-3 shows the
final arrangement.
Sixteen persons viz.- K, L, M, N, O, P, Q, R, S, T,
U, V, W, X, Y, and Z are sitting on two concentric
square tables in such a way that eight persons
are sitting in the inner table and eight persons
are sitting in the outer table. One person sits on
each corner while one person sits on each side
of both tables. The persons sitting on the outer
are facing towards the center whereas the
persons sitting on the inner table are facing away
from the center.
Note: The consecutive alphabetically named
persons are not sitting together. If A sits facing B,
then A and B sit facing each other at different
tables.
The one who sits facing L sits third to the right of
Q, who sits facing away from the center. K sits
facing the one who sits third to the left of Q. K
sits adjacent to O, who sits at one of the corners.
Only three persons are sitting between O and S.
T sits facing M and sits third to the left P. Both T
and Z are neither sitting adjacent to Q nor K.
Only three persons are sitting between W and
the one who sits facing Y. Neither S nor T sits
adjacent to W. Z sits third to the right of X, who
neither sits adjacent to W nor M. The number of
persons sitting between X and U is the same as
the number of persons sitting between V and S,
when counted from the right of both U and S.
Neither W nor Z sits adjacent to N.
sиαρσnє🌱
1) Who among the following person sits second
to the right of the one who sits facing W?
a) S
b) The one who sits third to the left of P
c) The one who sits second to the left of Y
d) V
e) None of these
2) What is the position of W with respect to N?
a) Immediate right
b) Third to the right
c) Second to the left
d) Fourth to the right
e) None of these
3) If all the persons sitting at the inner table are
arranged in alphabetical order in a clockwise
direction starting from M, then who among the
following person sits facing the one who sits
immediate right of K?
a) W
b) U
c) X
d) N
e) None of these
4) How many persons are sitting between L and
the one who sits facing N when counted from the
right of L?
a) As many persons are sitting between K and P
when counted from the right of K
b) Three
c) As many persons are sitting between U and R
d) Either A or C
e) None of these
5) Which of the following statement is not true?
a) S sits immediate right of the one who sits
facing X
b) R sits opposite to Q
c) More than two persons are sitting between P
and S when counted to the right of S
d) R sits immediate left of X
e) More than one statement is not true
U, V, W, X, Y, and Z are sitting on two concentric
square tables in such a way that eight persons
are sitting in the inner table and eight persons
are sitting in the outer table. One person sits on
each corner while one person sits on each side
of both tables. The persons sitting on the outer
are facing towards the center whereas the
persons sitting on the inner table are facing away
from the center.
Note: The consecutive alphabetically named
persons are not sitting together. If A sits facing B,
then A and B sit facing each other at different
tables.
The one who sits facing L sits third to the right of
Q, who sits facing away from the center. K sits
facing the one who sits third to the left of Q. K
sits adjacent to O, who sits at one of the corners.
Only three persons are sitting between O and S.
T sits facing M and sits third to the left P. Both T
and Z are neither sitting adjacent to Q nor K.
Only three persons are sitting between W and
the one who sits facing Y. Neither S nor T sits
adjacent to W. Z sits third to the right of X, who
neither sits adjacent to W nor M. The number of
persons sitting between X and U is the same as
the number of persons sitting between V and S,
when counted from the right of both U and S.
Neither W nor Z sits adjacent to N.
to the right of the one who sits facing W?
a) S
b) The one who sits third to the left of P
c) The one who sits second to the left of Y
d) V
e) None of these
2) What is the position of W with respect to N?
a) Immediate right
b) Third to the right
c) Second to the left
d) Fourth to the right
e) None of these
3) If all the persons sitting at the inner table are
arranged in alphabetical order in a clockwise
direction starting from M, then who among the
following person sits facing the one who sits
immediate right of K?
a) W
b) U
c) X
d) N
e) None of these
4) How many persons are sitting between L and
the one who sits facing N when counted from the
right of L?
a) As many persons are sitting between K and P
when counted from the right of K
b) Three
c) As many persons are sitting between U and R
d) Either A or C
e) None of these
5) Which of the following statement is not true?
a) S sits immediate right of the one who sits
facing X
b) R sits opposite to Q
c) More than two persons are sitting between P
and S when counted to the right of S
d) R sits immediate left of X
e) More than one statement is not true
👍1
Detailed Solution:
Step 1:
The one who sits facing L sits third to the
right of Q, who sits facing away from the
center.
K sits facing the one who sits third to the
left of Q.
K sits adjacent to O, who sits at one of the
corners.
That means, in case (1) O sits immediate
left of K, in case (2) O sits immediate right
of K.
sиαρσnє🌱
Step 2:
Only three persons are sitting between O
and S.
T sits facing M and sits third to the left P.
Both T and Z are neither sitting adjacent
to Q nor K.
Since, persons in alphabetical order are
not sitting together.
That means, in case (1) M sits immediate
left of Q, in case (2) M sits second to the
right of Q.
Step 3:
Only three persons are sitting between W
and the one who sits facing Y.
Neither S nor T sits adjacent to W.
That means, in case (1) & case (2) W sits
facing K, in case (3) W sits facing P.
sиαρσnє🌱
Step 4:
Z sits third to the right of X, who neither
sits adjacent to W nor M.
The number of persons sitting between X
and U is the same as the number of
persons sitting between V and S, when
counted from the right of both U and S.
That means, in case (1) & case (3) Z sits
immediate right of W, case (2) is not valid.
Neither W nor Z sits adjacent to N.
That means, in case (1) N sits immediate
right of U, case (3) is not valid.
Case (3) is not valid as neither W nor Z sits
adjacent to N, case (2) is not valid as the number
of persons sitting between X and U is the same
as the number of persons sitting between V and
S.
Step 1:
The one who sits facing L sits third to the
right of Q, who sits facing away from the
center.
K sits facing the one who sits third to the
left of Q.
K sits adjacent to O, who sits at one of the
corners.
That means, in case (1) O sits immediate
left of K, in case (2) O sits immediate right
of K.
Only three persons are sitting between O
and S.
T sits facing M and sits third to the left P.
Both T and Z are neither sitting adjacent
to Q nor K.
Since, persons in alphabetical order are
not sitting together.
That means, in case (1) M sits immediate
left of Q, in case (2) M sits second to the
right of Q.
Step 3:
Only three persons are sitting between W
and the one who sits facing Y.
Neither S nor T sits adjacent to W.
That means, in case (1) & case (2) W sits
facing K, in case (3) W sits facing P.
Z sits third to the right of X, who neither
sits adjacent to W nor M.
The number of persons sitting between X
and U is the same as the number of
persons sitting between V and S, when
counted from the right of both U and S.
That means, in case (1) & case (3) Z sits
immediate right of W, case (2) is not valid.
Neither W nor Z sits adjacent to N.
That means, in case (1) N sits immediate
right of U, case (3) is not valid.
Case (3) is not valid as neither W nor Z sits
adjacent to N, case (2) is not valid as the number
of persons sitting between X and U is the same
as the number of persons sitting between V and
S.
In a seven floored building marked one to seven
from bottom to top respectively. The Wall of each
floor is in different colours viz.- Blue, Pink,
Orange, Yellow, Black, Green, and Red. The
height of each floor is different. All the
information is not necessary in the same order.
The floor whose wall is pink is three floors below
the floor whose height is 6ft. Only three floors are
above the floor whose wall is Red. The floor
whose wall is Pink is immediately above the floor
whose height is 21ft. The number of floors above
the floors whose wall is Blue is one less than the
number of floors below the floor whose height is
18ft. The height of the floor whose wall is Blue is
9 ft. more than the height of the floor whose wall
is Pink. One floor is between the floor whose wall
is Blue and the floor whose height is 24ft. The
height of the floor whose wall is Blue is a prime
number. The height of the floor whose wall is
Black is 3 ft. less than the floor whose wall is
Red. One floor is between the floor whose wall is
Black and the one whose wall is Green. The floor
whose height is 9 ft. more than the height of the
floor whose wall is Pink is immediately below the
floor whose wall is Orange. Only one floor is
between the floor whose height is 12 ft. and the
floor whose wall is Yellow. The difference
between the height of the floor whose wall is
Orange and Pink is 2 ft. The height of the floor
whose wall is pink is more than the height of the
floor whose wall is orange.
sиαρσnє🌱
1) What is the height of the floor whose wall is
Pink?
a) 21 ft.
b) 14 ft.
c) 12 ft.
d) 24 ft.
e) None of these
2) How many floors are above the floor whose
wall is Yellow?
a) As many floors below the floor whose wall is
Green
b) Four
c)As many floors between the floor whose height
is 6ft and 14ft
d) One
e) Either A or C
3)What is the sum of the height of the floors
whose wall is Black and Yellow?
a) 26ft
b) 29ft
c) 27ft
d) 31ft
e) None of these
4) Four of the five are related to each other in a
certain way and thus form a group, find the odd
one out?
a) Black – 14
b) Orange – 12
c) Yellow – 6
d) Green – 18
e) Red – 24
5) Which of the following statement is not true?
a) The height of the floor whose wall is Pink is
14ft
b) Green wall is three floors above the Black wall
c) The height of the Yellow wall is 6ft
d) The height of the Red wall is 18ft more than
the Yellow floor
e) All the above statements are true
from bottom to top respectively. The Wall of each
floor is in different colours viz.- Blue, Pink,
Orange, Yellow, Black, Green, and Red. The
height of each floor is different. All the
information is not necessary in the same order.
The floor whose wall is pink is three floors below
the floor whose height is 6ft. Only three floors are
above the floor whose wall is Red. The floor
whose wall is Pink is immediately above the floor
whose height is 21ft. The number of floors above
the floors whose wall is Blue is one less than the
number of floors below the floor whose height is
18ft. The height of the floor whose wall is Blue is
9 ft. more than the height of the floor whose wall
is Pink. One floor is between the floor whose wall
is Blue and the floor whose height is 24ft. The
height of the floor whose wall is Blue is a prime
number. The height of the floor whose wall is
Black is 3 ft. less than the floor whose wall is
Red. One floor is between the floor whose wall is
Black and the one whose wall is Green. The floor
whose height is 9 ft. more than the height of the
floor whose wall is Pink is immediately below the
floor whose wall is Orange. Only one floor is
between the floor whose height is 12 ft. and the
floor whose wall is Yellow. The difference
between the height of the floor whose wall is
Orange and Pink is 2 ft. The height of the floor
whose wall is pink is more than the height of the
floor whose wall is orange.
Pink?
a) 21 ft.
b) 14 ft.
c) 12 ft.
d) 24 ft.
e) None of these
2) How many floors are above the floor whose
wall is Yellow?
a) As many floors below the floor whose wall is
Green
b) Four
c)As many floors between the floor whose height
is 6ft and 14ft
d) One
e) Either A or C
3)What is the sum of the height of the floors
whose wall is Black and Yellow?
a) 26ft
b) 29ft
c) 27ft
d) 31ft
e) None of these
4) Four of the five are related to each other in a
certain way and thus form a group, find the odd
one out?
a) Black – 14
b) Orange – 12
c) Yellow – 6
d) Green – 18
e) Red – 24
5) Which of the following statement is not true?
a) The height of the floor whose wall is Pink is
14ft
b) Green wall is three floors above the Black wall
c) The height of the Yellow wall is 6ft
d) The height of the Red wall is 18ft more than
the Yellow floor
e) All the above statements are true
Q1) A Container Contains a mixture of Milk and water in the ratio of 5 : 3. 30% of the mixture is taken out and pour in container B having 60 liter of mixture in the ratio of 3 : 2. So that final ratio Become 17 : 11 Find the capacity of Container A?
A) 50
B) 60
C) 70
D) 80
E) None of these
5/8 3/5
17/28
175 168
170
2 5
5 = 60
2 = 24
30% = 24
100% = 80
A) 50
B) 60
C) 70
D) 80
E) None of these
5/8 3/5
17/28
175 168
170
2 5
5 = 60
2 = 24
30% = 24
100% = 80
Q2) A can complete a piece of work in 30 days. B is 25% more than A. They started work together and after sometime B left the work. Remaining 1/4 work is finished by A alone. Find the number of days they work together?
A) 30 days
B) 20 days
C) 10 days
D) 15 days
E) None of these
A) 30 days
B) 20 days
C) 10 days
D) 15 days
E) None of these
Q3) Distance of 400 km is to be covered by car and bus. If the first 100 km covered by car and the rest by bus, it takes 6 hours in all. If car is used for 150 km more, it takes 60 minutes less for the entire journey. How much is speed of car more than speed of bus?
A 40km/h
B 60km/h
C 80km/h
D 100km/h
E 50km/h
car bus
100 300 6hr
250 150 5hr
100/100 + 300/60 6hr
250/100 + 150/60 5
Car == 100km/hr
Bus == 60 km/hr
A 40km/h
B 60km/h
C 80km/h
D 100km/h
E 50km/h
car bus
100 300 6hr
250 150 5hr
100/100 + 300/60 6hr
250/100 + 150/60 5
Car == 100km/hr
Bus == 60 km/hr
Q4) A bucket contains a mixture of two liquids P and Q in the ratio 4 : 1. When 10 litres of the mixture is taken out and 10 litres of liquid Q is poured into the bucket, the ratio becomes 2 : 3. How many litres of liquid P was contained in the bucket?
14 litres
18 litres
20 litres
16 litres
24 litres
4 : 1
2 : 3 -----×2 = 4 : 6
5 = 10
10 = 20
20×4/5 = 16
14 litres
18 litres
20 litres
16 litres
24 litres
4 : 1
2 : 3 -----×2 = 4 : 6
5 = 10
10 = 20
20×4/5 = 16
Q5) A, B, and C have amounts in the ratio of 3 : 4 : 5. First B gives 1/4 th to A and 1/4 th to C then C gives 1/6 th to A. Find the final ratio of amount of A, B and C, respectively:
4 : 3 : 5
5 : 4 : 3
3 : 4 : 2
5 : 2 : 5
none of these
300 : 400 : 500
300+100 : 200 : 500+100
400+100 : 200 : 500
5 : 2 : 5
4 : 3 : 5
5 : 4 : 3
3 : 4 : 2
5 : 2 : 5
none of these
300 : 400 : 500
300+100 : 200 : 500+100
400+100 : 200 : 500
5 : 2 : 5