The data for the number employed at several famous IT companies is maintained in the
COMPANY table. Write a query to print the /Ds of the companies that have more than 70000
employees, in ascending order of ID.The data for the number employed at several famous IT
companies is maintained in the COMPANY table. Write a query to print the IDs of the companies
that have more than 70000 employees, in ascending order of ID.
Input Format
COMPANY
e [ [ e
ID Integer | Acompany ID inthe inclusive range [7, 7000]. This is the
primary key.
String | Acompany name. This field contains between 7and 700
characters (inclusive).
The total number of employees in the company.
Output Format
The result should contain the /Ds of all the companies that have more than 70000
employees, in ascending order in the following format:
COMPANY . IDInput Format
COMPANY
e [ [ e
ID Integer | Acompany ID inthe inclusive range [7, 7000]. This is the
primary key.
String | Acompany name. This field contains between 7and 700
characters (inclusive).
The total number of employees in the company.
Output Format
The result should contain the /Ds of all the companies that have more than 70000
employees, in ascending order in the following format:
COMPANY . ID.
ICT role in 21st century education and it's challenges.
The data for the number employed at several famous IT compan.pdf
1. The data for the number employed at several famous IT companies is maintained in the
COMPANY table. Write a query to print the /Ds of the companies that have more than 70000
employees, in ascending order of ID.The data for the number employed at several famous IT
companies is maintained in the COMPANY table. Write a query to print the IDs of the companies
that have more than 70000 employees, in ascending order of ID.
Input Format
COMPANY
e [ [ e
ID Integer | Acompany ID inthe inclusive range [7, 7000]. This is the
primary key.
String | Acompany name. This field contains between 7and 700
characters (inclusive).
The total number of employees in the company.
Output Format
The result should contain the /Ds of all the companies that have more than 70000
employees, in ascending order in the following format:
COMPANY . IDInput Format
COMPANY
e [ [ e
ID Integer | Acompany ID inthe inclusive range [7, 7000]. This is the
primary key.
String | Acompany name. This field contains between 7and 700
characters (inclusive).
The total number of employees in the company.
Output Format
The result should contain the /Ds of all the companies that have more than 70000
employees, in ascending order in the following format:
COMPANY . ID
![The data for the number employed at several famous IT companies is maintained in the
COMPANY table. Write a query to print the /Ds of the companies that have more than 70000
employees, in ascending order of ID.The data for the number employed at several famous IT
companies is maintained in the COMPANY table. Write a query to print the IDs of the companies
that have more than 70000 employees, in ascending order of ID.
Input Format
COMPANY
e [ [ e
ID Integer | Acompany ID inthe inclusive range [7, 7000]. This is the
primary key.
String | Acompany name. This field contains between 7and 700
characters (inclusive).
The total number of employees in the company.
Output Format
The result should contain the /Ds of all the companies that have more than 70000
employees, in ascending order in the following format:
COMPANY . IDInput Format
COMPANY
e [ [ e
ID Integer | Acompany ID inthe inclusive range [7, 7000]. This is the
primary key.
String | Acompany name. This field contains between 7and 700
characters (inclusive).
The total number of employees in the company.
Output Format
The result should contain the /Ds of all the companies that have more than 70000
employees, in ascending order in the following format:
COMPANY . ID](https://image.slidesharecdn.com/thedataforthenumberemployedatseveralfamousitcompan-230321080810-9427b453/85/The-data-for-the-number-employed-at-several-famous-IT-compan-pdf-1-320.jpg)
