The following table presents the number of employees recruited for five different positions/posts of Administrators, Analysts, Programmers. Testers and Peons (R) in an IT company and those who left (L) the company during the years 2016 - 2021. Based on the data in the table, answer the questions: (Year of foundation of the Company is 2016) Year-Wise Distribution of Employees Position Administrators Analysts Programmers Testers Peons Year R L R L R L R L R L 2016 380 - 600 - 440 - 580 - 410 2017 140 60 136 60 128 52 100 50 92 48 2018 90 46 120 64 120 60 112 52 76 44 2019 74 44 118 48 104 50 124 48 98 40 2020 80 36 128 50 96 56 136 44 112 60 2021 96 48 144 56 124 72 130 46 100 52
The percentage increase in the number of employees working in the company in 2021 to that in 2016 was maximum for the position of
Administrator
The question asks us to find out which position in the IT company experienced the maximum percentage increase in the number of employees from the year 2016 to 2021. We are given a table that shows the number of employees recruited (R) and who left (L) for five different positions (Administrators, Analysts, Programmers, Testers, and Peons) from 2016 to 2021. The company was founded in 2016.
Since the company started in 2016, the number of employees in each position at the end of 2016 is simply the number of employees recruited in 2016. For subsequent years, the number of employees at the end of a year is the number of employees at the end of the previous year, plus the number recruited in the current year, minus the number who left in the current year.
Mathematically, the number of employees in a position at the end of Year N (where N > 2016) can be calculated as:
Number of Employees (End of Year N) = Number of Employees (End of Year N-1) + Recruited (Year N) - Left (Year N)
Alternatively, the number of employees in a position at the end of Year N can be calculated as the initial employees in 2016 plus the cumulative net change (Recruited - Left) from 2017 to Year N.
Let's calculate the number of employees for each position at the end of 2016 and 2021.
The number of employees in 2016 is given directly in the table (Recruited in 2016).
To find the number of employees in 2021, we calculate the net change (Recruited - Left) for each year from 2017 to 2021 and add the total net change to the 2016 employee count.
| Position | Employees in 2016 (Recruited) | Net Change (R-L) 2017 | Net Change (R-L) 2018 | Net Change (R-L) 2019 | Net Change (R-L) 2020 | Net Change (R-L) 2021 | Total Net Change (2017-2021) | Employees in 2021 (2016 + Total Net Change) |
|---|---|---|---|---|---|---|---|---|
| Administrators | 380 | 140 - 60 = 80 | 90 - 46 = 44 | 74 - 44 = 30 | 80 - 36 = 44 | 96 - 48 = 48 | 80+44+30+44+48 = 246 | 380 + 246 = 626 |
| Analysts | 600 | 136 - 60 = 76 | 120 - 64 = 56 | 118 - 48 = 70 | 128 - 50 = 78 | 144 - 56 = 88 | 76+56+70+78+88 = 368 | 600 + 368 = 968 |
| Programmers | 440 | 128 - 52 = 76 | 120 - 60 = 60 | 104 - 50 = 54 | 96 - 56 = 40 | 124 - 72 = 52 | 76+60+54+40+52 = 282 | 440 + 282 = 722 |
| Testers | 580 | 100 - 50 = 50 | 112 - 52 = 60 | 124 - 48 = 76 | 136 - 44 = 92 | 130 - 46 = 84 | 50+60+76+92+84 = 362 | 580 + 362 = 942 |
| Peons | 410 | 92 - 48 = 44 | 76 - 44 = 32 | 98 - 40 = 58 | 112 - 60 = 52 | 100 - 52 = 48 | 44+32+58+52+48 = 234 | 410 + 234 = 644 |
The percentage increase in the number of employees for each position from 2016 to 2021 is calculated using the formula:
$$ \text{Percentage Increase} = \left( \frac{\text{Number of Employees in 2021} - \text{Number of Employees in 2016}}{\text{Number of Employees in 2016}} \right) \times 100\% $$
| Position | Employees in 2016 | Employees in 2021 | Percentage Increase |
|---|---|---|---|
| Administrators | 380 | 626 | $$ \left( \frac{626 - 380}{380} \right) \times 100\% = \frac{246}{380} \times 100\% \approx 64.74\% $$ |
| Analysts | 600 | 968 | $$ \left( \frac{968 - 600}{600} \right) \times 100\% = \frac{368}{600} \times 100\% \approx 61.33\% $$ |
| Programmers | 440 | 722 | $$ \left( \frac{722 - 440}{440} \right) \times 100\% = \frac{282}{440} \times 100\% \approx 64.09\% $$ |
| Testers | 580 | 942 | $$ \left( \frac{942 - 580}{580} \right) \times 100\% = \frac{362}{580} \times 100\% \approx 62.41\% $$ |
| Peons | 410 | 644 | $$ \left( \frac{644 - 410}{410} \right) \times 100\% = \frac{234}{410} \times 100\% \approx 57.07\% $$ |
Comparing the calculated percentage increases for each position:
The highest percentage increase is approximately 64.74%, which corresponds to the Administrator position.
Therefore, the percentage increase in the number of employees working in the company from 2016 to 2021 was maximum for the position of Administrators.
Here is a summary of the key figures used to determine the maximum percentage increase.
| Position | Employees in 2016 | Employees in 2021 | Percentage Increase (%) |
|---|---|---|---|
| Administrators | 380 | 626 | 64.74 (approx) |
| Analysts | 600 | 968 | 61.33 (approx) |
| Programmers | 440 | 722 | 64.09 (approx) |
| Testers | 580 | 942 | 62.41 (approx) |
| Peons | 410 | 644 | 57.07 (approx) |
Analyzing recruitment and leaving data over time helps companies understand growth patterns and employee retention. A high net increase in employees (Recruited > Left) indicates company growth in terms of workforce. The percentage increase provides a relative measure of growth, showing how much the workforce has grown compared to its initial size. Comparing percentage increases across different positions helps identify which departments or roles are expanding most rapidly or efficiently retaining staff.
In this specific case, while several positions like Analysts and Testers had a large absolute increase in employee numbers, the Administrator position showed the largest percentage increase relative to its smaller initial size in 2016. This suggests significant relative growth in the Administrator role within the company during this period.
The table shows District-wise data of a number of primary school teachers posted in schools of a city.
Study the table and answer the question:
District | Male teachers | Female teachers |
East | 1650 | 2375 |
North | 1075 | 2651 |
West | 1280 | 1520 |
South | 1170 | 1085 |
Central | 690 | 859 |
Table shows income (in Rs. ) received by 4 employees of a company during the month of December 2020 and all their income sources.
Source | Amit | Suresh | Nitin | Varun |
Salary | 35000 | 38500 | 29000 | 42000 |
Arrears | 6000 | 6300 | 5000 | 7500 |
Bonus | 1000 | 1100 | 1000 | 1240 |
Overtime | 1800 | 1950 | 1400 | 1500 |
Study the table and answer the question:
Income (Rs.) | No. of persons |
Less than 200 | 12 |
Less than 250 | 26 |
Less than 300 | 34 |
Less than 350 | 40 |
Less than 400 | 50 |
The following table shows the annual profit of a company (in Rs. lakh).
2014-2015 | 2015-2016 | 2016-0217 | 2017-2018 | 2018-2019 |
625 | 690 | 725 | 775 | 815 |
The period which has the maximum percentage increase in profit over the previous year is:
The table given below shows the number of persons participating in a survey from 6 different states.
| States | Persons |
| S1 | 100 |
| S2 | 200 |
| S3 | 400 |
| S4 | 500 |
| S5 | 600 |
| S6 | 800 |
What is the ratio of number of person participating in a survey from state S3 to the number of person participating in a survey from state S4?