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I added information about how many participants were asked in the study and how effort was measured.
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TechnicalIn an experiment, 20 project experts (10 from technical roles and 10 from non-technical roles, that build a project team in reality,) were askedinstructed to estimate the efforts neededeffort required to finishcomplete a certainweb development project.They could use their prefered estimation strategy. They each provided effort estimations in work-hours.

There is a hypothesis, that technical roles provide more optimistic effort estimates than experts in non-technical roles. How could that hypothesis be statistically proven with the available data?

Technical and non-technical roles, that build a project team in reality, were asked to estimate the efforts needed to finish a certain project.

There is a hypothesis, that technical roles provide more optimistic effort estimates than experts in non-technical roles. How could that hypothesis be statistically proven with the available data?

In an experiment, 20 project experts (10 from technical roles and 10 from non-technical roles) were instructed to estimate the effort required to complete a web development project.They could use their prefered estimation strategy. They each provided effort estimations in work-hours.

There is a hypothesis, that technical roles provide more optimistic effort estimates than experts in non-technical roles. How could that hypothesis be statistically proven with the available data?

Compare goodness of two estimatesgroups

edited tags; edited title
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Compare goodness of two estimatestimates

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