Mixed Graphs

Read the following graph and table carefully and answer the question given below.
Total number of employees$=65000=100\%$
Percent of employees working in the night shift from different industries in a city:

Read the following pie-chart and table carefully and answer the question given below.
Total number of passenger $= 800$
Percentage of passengers travelling in different trains:

Read the following graph and table carefully and answer the question given below.
Total number of employees $=65000=100\%$
Percent of employees working in the night shift from different industries in a city:

Read the following graph and table carefully and answer the question given below.

Percentage increase in the population of two cities in different years:

Read the following graph and table carefully and answer the question given below.
Total number of employees$=65000=100\%$
Percent of employees working in the night shift from different industries in a city:

What is the average number of working males in Banking and Chemical industries?

Read the following graph and table carefully and answer the questions given below.
The ratio of females and males in institutes

Read the following graph and table carefully and answer the question given below.

Total number of employees $=65000=100\%$

Percent of employees working in the night shift from different industries in a city:

The number of working females in Gaming is approximately what percent more than the number of working females in IT?

Read the following graph and table carefully and answer the question given below.
Total number of employees$=65000=100\%$
Percent of employees working in the night shift from different industries in a city:

Read the following graph and table carefully and answer the question given below.
Percentage increase in the population of two cities in different years:

What is the ratio of the population of city A to that of city B at the end of $2009$?

Study the following graph and table carefully and answer the question given below.
Number of readers (in thousands) of two magazines in $6$ different cities in $2012.$

What is the respective ratio of number of readers of India Today in Patna in $2013$ and that of Frontline in Chandigarh in the same year?

Read the following graph and table carefully and answer the question given below.
Percentage increase in the population of two cities in different years:

Find the next term in the series

$1137, 941, 772, 628, 507, ?$

Directions: In the given question, a statement has been divided into five segments, each of which is denoted by (A), (B), (C), (D) and (E). Rearrange all the segments to form a coherent statement.

A) of this country for two centuries 
B) given Mumbai’s importance 
C) it is surprising that 
D) in the material and mental landscape 
E) it has not claimed the attention of historians

Directions: In the given question, a statement has been divided into five segments, each of which is denoted by (A), (B), (C), (D) and (E). Rearrange all the segments to form a coherent statement.

A) in the Kalahandi region 
B) disaster like drought is 
C) ecological degradation leading to 
D) becoming more frequent leading to ultimate collapse
E) of the traditional livelihood sources

Directions: In the given question, a statement has been divided into five segments, each of which is denoted by (A), (B), (C), (D) and (E). Rearrange all the segments to form a coherent statement.

A) of the market economy network, 
B) is very much a part 
C) the medical profession in the country 
D) its gaping income disparities
E) and its private-profit motivations

Study the information and answer the question given below:

The below pie chart shows the percentage distribution of the runs scored by all $6$ batsmen in the first match.

The total runs scored by all batsmen in the first match $=500$

The below web chart shows the percentage distribution of the runs scored by $6$ batsmen in the second match (with the respect to the total run scored by each batsman in all three matches).

The below web chart shows the percentage of runs scored by each batsman in third match with respect to the second match.

In the three questions, three quantities $\mathrm{I}$, $\mathrm{II}$ and $\mathrm{III}$ are given, What will be the required relation?

Quantity $\mathrm{I}:$ What is average runs scored by $A$, $B$ and $C$ in the first match?

Quantity $\mathrm{II}:$ What is average runs scored by $D$, $B$ and $C$ in the second match?

Quantity $\mathrm{III}:$ What is average runs scored by $C$, $D$ and $E$ in the third match?

Study the information and answer the question given below:

The below pie chart shows the percentage distribution of the runs scored by all $6$ batsmen in the first match.

The total runs scored by all batsmen in the first match $=500$

The below web chart shows the percentage distribution of the runs scored by $6$ batsmen in the second match (with the respect to the total run scored by each batsman in all three matches).

The below web chart shows the percentage of runs scored by each batsman in third match with respect to the second match.

Find the ratio of the average runs scored by $B$ and $D$.

Study the information and answer the question given below:

The below pie chart shows the percentage distribution of the runs scored by all $6$ batsmen in the first match.

The total runs scored by all batsmen in the first match $=500$

The below web chart shows the percentage distribution of the runs scored by $6$ batsmen in the second match (with the respect to the total run scored by each batsman in all three matches).

The below web chart shows the percentage of runs scored by each batsman in third match with respect to the second match.

The combined run scored by $B$ and $C$ in the first match is what per cent to the runs scored by $F$ in the third match?

Study the information and answer the question given below:

The below pie chart shows the percentage distribution of the runs scored by all $6$ batsmen in the first match.

The total runs scored by all batsmen in the first match $=500$

The below web chart shows the percentage distribution of the runs scored by $6$ batsmen in the second match (with the respect to the total run scored by each batsman in all three matches).

The below web chart shows the percentage of runs scored by each batsman in third match with respect to the second match.

In the two questions, two quantities $\mathrm{I}$ and $\mathrm{II}$ are given, What will be the required relation?

Quantity $\mathrm{I}:$ What is average runs scored by $A$, $B$ and $C$ in the second match?

Quantity $\mathrm{II}:$ Find the difference between the runs scored by $C$ and $F$ in the first match.

Which of the following vehicles travelled at the same speed on both the days ?