Open AccessMonopoly Learning Media: Education Media in Structure and Function of Plant Tissue Theory
Author(s) -
Fitri Andriyani,
Rahma Rosaliana Saraswati,
Dina Melasari,
Agustiani Putri,
Dadan Sumardani
Publication year - 2020
Language(s) - English
Resource type - Journals
ISSN - 2685-7332
DOI - 10.36987/jpbn.v6i1.1559
Subject(s) - monopoly , function (biology) , monopolistic competition , test (biology) , computer science , class (philosophy) , set (abstract data type) , artificial intelligence , microeconomics , economics , biology , paleontology , evolutionary biology , programming language
Material structure and function of plant tissue is one of the most difficult material for students to understand. This is because studying this material in detail requires aids (microscopes) whose observations are not necessarily easily understood by students. In addition, so far the learning media and methods used are less varied. Based on the above statement, we need a learning media that can increase student interest and student understanding in learning the structure and function of plant tissue. So this study aims to develop a monopolistic educational learning media on the structure and function of plant tissue in class VIII of SMPN. This development research refers to the ADDIE model (Analyze, Design, Development, Implement, Evaluation). The monopoly game structure and plant network developed consists of several game equipment including: a monopoly board, a set of ownership rights cards, a set of public and opportunity fund cards, a set of money - dice, and a game guide. As for the pawns in this game are the students themselves. Based on the material expert validation test, it was found that the percentage of material suitability in the monopoly of the structure and function of plant tissue was 70.83% or quite decent. Meanwhile, for the media expert validation test the percentage of eligibility was 63.33% or quite decent. Based on the validation test obtained an average of 67.08% or if interpreted then the monopoly of the plant's structure and tissue is quite feasible.