A hypothesis is an answer derived from limited evidence in order to start another investigation to explain an event, phenomena, or mathematical model. It is also known as an educated guess, as there is no assumption of truth involved. A hypothesis can be a single proposition or be made up of several propositions which will trigger a set of scientific experiments to prove right or wrong.
A hypothesis is vital because it helps shape the research structure intended to solve a problem or find an answer. It is important for research in any field because it limits a researcher’s view of problems, and allows them to examine certain aspects of a problem. It is also the starting point for discussing the important parts of a study.
A good hypothesis should state a prediction, meaning that the supposed answer is leaning towards an outcome. The key characteristic of any hypothesis is the fact that it is testable, and that it is also based on some previous observations. The more specific a hypothesis, the more actionable the results for the succeeding experiments. Other factors that should be taken into consideration when writing a hypothesis are its simplicity, scope, fruitfulness, and conservatism. When formulating one, a researcher must first identify what the problem is. Next, make an educated guess on the direction of the difference.
Major variables involved in different outcomes must also be identified. It should be clearly written without unnecessary fluffy words what direction exactly the following research experiments will be taking to prove a point or argument. Ideally, a well-written hypothesis also includes a cause and effect, such as the use of the word "because”.
There are three basic types of hypothesis: General, directional, and measurable. A general hypothesis states the general differences of the variables involved in producing different outcomes; a directional hypothesis states the direction of each variables’ difference, and lastly, a measurable hypothesis discusses the prediction with more precise outcomes.
A hypothesis is vital because it helps shape the research structure intended to solve a problem or find an answer. It is important for research in any field because it limits a researcher’s view of problems, and allows them to examine certain aspects of a problem. It is also the starting point for discussing the important parts of a study.
A good hypothesis should state a prediction, meaning that the supposed answer is leaning towards an outcome. The key characteristic of any hypothesis is the fact that it is testable, and that it is also based on some previous observations. The more specific a hypothesis, the more actionable the results for the succeeding experiments. Other factors that should be taken into consideration when writing a hypothesis are its simplicity, scope, fruitfulness, and conservatism. When formulating one, a researcher must first identify what the problem is. Next, make an educated guess on the direction of the difference.
Major variables involved in different outcomes must also be identified. It should be clearly written without unnecessary fluffy words what direction exactly the following research experiments will be taking to prove a point or argument. Ideally, a well-written hypothesis also includes a cause and effect, such as the use of the word "because”.
There are three basic types of hypothesis: General, directional, and measurable. A general hypothesis states the general differences of the variables involved in producing different outcomes; a directional hypothesis states the direction of each variables’ difference, and lastly, a measurable hypothesis discusses the prediction with more precise outcomes.
