What is the ratio of effort needed to fixing a defect in requirement phase, design phase, coding phase and implementing phase?

Options
- 1:4:7:10
- 1:6:10:1000
- 1:8:12:100
- 1:10:100:1000

CORRECT ANSWER : 1:6:10:1000

Discussion Board
testing

@Rohit Srivastava.

All the options satisfy the reason you have mentioned then why only B is the correct answer. In option C also we see the values are gradually increasing

Abhilash 02-23-2017 12:57 AM

why it 1:6:10:1000 not other

why it 1:6:10:1000 not other

Lalit Sethi 06-27-2016 05:51 AM

Formula to calculate the ration of efforts in all the phases of software testing

Formula to calculate the ration of efforts in all the phases of software testing

Lalit Sethi 06-27-2016 05:43 AM

testing

but why not 1:10:100:1000 in this case

colleen 03-14-2015 06:08 PM

Testing

But why its not 1:4:7:10 although all are substantially increasing i.e what you mentioned above "if we get the defect in design phase then it take more effort than requirement phase but take less effort than coding phase."


Rochak 12-6-2014 03:15 AM

Testing

Answer: 1:6:10:1000

Solution: The efforts needed to fix a defect is fully depended on when we get the defect or in which phase of development. If we got the defect as soon as possible in the development life cycle then it requires fewer efforts for fixing that defect.
For example if we get the defect in design phase then it take more effort than requirement phase but take less effort than coding phase.
Therefore, option B is the correct answer.


Rohit Srivastava 07-28-2014 03:43 AM

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