The phrase "develop a hypothesis" is a correct and usable phrase in written English.
This phrase is usually used in scientific discourse to describe the process of researching a problem, formulating an assumption, and testing it. For example, "In order to evaluate the effectiveness of a new medication, scientists must first develop a hypothesis to determine the expected outcome of the trial."
Once the memory games are created, students in pairs should develop a hypothesis about the possible results of their game.
"Find a problem, develop a hypothesis, test it and reach a conclusion.
Science- Work with a partner or small group to develop a hypothesis about how social status markers affect the way people relate to each other.
And what 20 Questions does is it helps you develop a hypothesis about what somebody else's or what you are based on an either/or.
Revisit the first article in the Class Matters series, "Class in America: Shadowy Lines That Still Divide" (//www.nytimes.com/2005/05/15/national/class/OVERVIEW-FINAL.html), andevelopop a hypothesis on how class and politics correlate.
I develop a hypothesis below (in the section 'Brain processing of the sensory properties and pleasantness of food') that obesity is associated with overstimulation of these reward systems by very rewarding combinations of taste, odour, texture, visual and cognitive inputs.
Statistical properties of the BOR are studied and used to develop a hypothesis-based method for voice activity classification.
We worked with the Gitga'at and NCCS to develop a hypothesis-driven ecosystem study of fjord habitat and the ways humpbacks are using it.
By combing modeling and experiments, we can develop a hypothesis-driven framework that can be iteratively refined to enhance our understanding of the insulin signaling network dynamics in the context of a particular cell system.
The purpose of this work was to develop a hypothesis-free mathematical algorithm, capable of predicting the dynamic behavior of time-dependent contractile reactivity of isolated blood vessels.
This model was used to develop an hypothesis of the selective mechanism explaining the evolution of large eyes in the giant squid [ 1], concluding that large eyes perform best in detecting large luminous objects in the deep sea.
