Aim of purpose of the problem for investigation.

A problem is any significant, __________, and challenging situation, real or artificial, the solution of which requires reflective thinking.

Where answer the place or __________ where the research is to be conducted.

These are elements of a research problem EXCEPT:

Applied research is:

Basic is domain-driven: Applied is___________.

It is an undertaking appropriate to a professional field.

Analytic is to investigative: Synthetic is to _____________

Basic (aka fundamental or pure) research is driven by a scientist's _____________in a scientific question.

These are examples of applied research EXCEPT:

It is the principal medium of communicating results of scientificresearch.

It is composed of the individual “end products” of scientific researchand discovery.

These literatures are publications that report the results of original scientific research.

Publications that synthesize and condense what is known on specifictopics are:

These are primary literature EXCEPT:

These are secondary literature EXCEPT:

Numerical quantities or other factual attributes derived from observation,experimentation, or calculation.

Papers presented at national and international conferences, symposia, and workshops

These regularly issued publications contains papers reporting theresults of scholarly research in a scientific discipline.

Articles appearing in these publications tend to be popular in formatand scope.

The___________ of data collected and used in scientific research is important forfuture replication, repurposing based on new ideas or exploration of newanalysis methodologies.

Reviewing and stating the relevance of the studies cited can help andguide researcher to:

The scientific relevance of your research is also very important.  This means that your research should fill:

Transmitting the relevance in the scientific research paper is done in the:

It is a tentative conclusion or answer to a specific question raised at the beginning of the investigation or of characteristics   representing the research variable.

Hypothesis in a quantitative makes a prediction or a conjecture about the outcomes of a relationship among attribute or characteristics.

Scientific hypothesis must be proven through the:

Hypothesis further assists in the careful and focused:

Formulating of hypothesis begins with:

It is an observable fact or event.

It is an idea that is not proven but that leads for further study or discussion.

It cannot be scientifically solved unless itis reduced to hypothesis form.

A good hypothesis is verifiable or falsifiable it means that:

These are nature of hypothesis EXCEPT:

These are importance of hypothesis EXCEPT:

It states that there is no difference between the two phenomena.

These are tips in formulating hypothesis EXCEPT:

It is the specific procedures or techniques used to identify, select,process, and analyze information about topic.

It is anything that may change or may be changed from one condition to another, either qualitatively or quantitatively characteristics.

It is anything condition, or process which is controlled and manipulated by the experimenter.

It is anything, a condition, or process exposed to or upon which treatments or actions from the independent variable are applied. 

It is a process for experimentation that is used to explore observations and answer questions.

Its primarily concerned of this type of research is with cause and effect.

The scientific method starts when you ask a __________ about something that you observe.

___________ and Internet research to help you find the best way to do things and ensure that you do not repeat mistakes from the past.         

A good hypothesis allows you to then make  ___________ .

These are resources in doing the research background EXCEPT:

These are stages of methodology EXCEPT:

These are steps in scientific method EXCEPT:

“Once your experiment is complete, you collect your measurements and analyze them to see if they support your hypothesis or not”- this statement is under what step in scientific method.