Question : Direction: The table given below represents the production and sales of wheat in 4 different countries A, B, C and D for 4 years. At the end of the year 2010 A, B, C and D had a stock of 5200, 3500, 7835 and 1956 (in '000 quintals) of wheat respectively. For any given year, the stock of wheat is calculated as:
The stock of year $(n+1)$ = stock at end of year $n$ + production in year $(n+1)$ – sales in year $(n+1)$ and, Surplus of year $n$ = production in year $n$ – sales in year $n$

Wheat production and sales (in '000 quintals)
Year	Country		Country		Country		Country
2011	A		B		C		D
	Prod.	Sales	Prod.	Sales	Prod.	Sales	Prod.	Sales
	1218	1413	1881	1798	2035	2247	3126	2417
2012	1554	1783	2067	2389	1821	2018	2987	2911
2013	1671	1641	1328	2063	1937	2563	2143	3188
2014	1103	1002	1578	1239	3014	2988	4126	3563

What can be said about the total surplus of country B and country D over the 4 years?

Option 1: Surplus of B = Surplus of D

Option 2: Surplus of D > Surplus of B

Option 3: Surplus of B > Surplus of D

Option 4: No relation is there

Question : Direction: The table given below represents the production and sales of wheat in 4 different countries A, B, C, and D for 4 years. At the end of the year 2010 A, B, C, and D had a stock of 5200, 3500, 7835, and 1956 (in '000 quintals) of wheat respectively. For any given year, the stock of wheat is calculated as:
The stock of year $(n+1)$ = stock at end of year $n$ + production in year $(n+1)$ – sales in year $(n+1)$ and, Surplus of year $n$ = production in year $n$ – sales in year $n$

What is the difference (in '000 quintals) in average production and average sales respectively of country C in the given four years?

Option 1: 252.25

Option 2: 415.50

Option 3: 350.75

Option 4: 275.25

Question : Direction: The table given below represents the production and sales of wheat in 4 different countries A, B, C, and D for 4 years. At the end of the year 2010 A, B, C, and D had a stock of 5200, 3500, 7835, and 1956 (in '000 quintals) of wheat respectively. For any given year, the stock of wheat is calculated as:
The stock of year $(n+1)$ = stock at end of year $n$ + production in year $(n+1)$ – sales in year $(n+1)$ and, Surplus of year $n$ = production in year $n$ – sales in year $n$

What is the surplus (in '000 quintals) of country A for the years 2013 and 2014 taken together?

Option 1: 122

Option 2: 131

Option 3: 143

Option 4: 158

Question : Direction: The table given below represents the production and sales of wheat in 4 different countries A, B, C, and D for 4 years. At the end of the year 2010 A, B, C, and D had a stock of 5200, 3500, 7835, and 1956 (in '000 quintals) of wheat respectively. For any given year, the stock of wheat is calculated as:
The stock of year $(n+1)$ = stock at end of year $n$ + production in year $(n+1)$ – sales in year $(n+1)$ and, Surplus of year $n$ = production in year $n$ – sales in year $n$

What is the stock (in '000 quintals) of country C at the end of the four years?

Option 1: 5926

Option 2: 6213

Option 3: 6826

Option 4: 8844

Question : The table shows year-wise productions of four crops (in tons) in a village during 2018-2019 to 2021-2022.

The difference between the average production of wheat and the average production of pulses (in tons) over the year is:

Option 1: 380

Option 2: 360

Option 3: 370

Option 4: 350

Question : The table given below shows the production of bikes and trucks by five companies.

J1 = The average production of bikes by all the 5 companies.
J2 = The average production of trucks by all the 5 companies.
What is the value of J1 : J2?

Option 1: 35 : 34

Option 2: 37 : 33

Option 3: 34 : 35

Option 4: 31 : 37