Comprehensive Study Guide and Structure of the PHUMA University Admission Test
Institutional Framework and Objectives of the PHUMA
The PHUMA (Práctica para la Prueba Hondureña Universitaria de Medición Académica) is the official measurement tool utilized by the Universidad Nacional Autónoma de Honduras (UNAH). This study guide is produced by the Faculty of Social Sciences through the Center for Experimentation and Applied Research in Psychometry and Evaluation, known as CEI-TEST. The initiative is led by a specialized team including the Dean of the Faculty of Social Sciences, MSc. Carmen Julia Fajardo Cardona; the Coordinator of CEI-TEST, MSc. Lina María Mendoza Recarte; and the Principal Investigator, PhD. German Edgardo Moncada. The advisory and technical committee comprises several experts such as MSc. Carlos Manuel Veroy, PhD. Eliana María Fuentes, and PhD. Arturo Caballero Altamirano, among others. The primary objective of this documentation is to provide applicants with key information and a structured overview of the academic competencies required for success in the university admission process.
Structural Composition of the PHUMA Examination
The PHUMA is designed to evaluate four fundamental academic environments and an additional component focused on soft skills. These five areas collectively predict the likelihood of an applicant's successful performance throughout their higher education trajectory. The test consists of 120 multiple-choice questions, each providing four options (A, B, C, or D) with only one correct response. Applicants are granted a total effective time of 2 hours and 50 minutes to complete the exam. The distribution of questions is strategically weighted: Communicative Competencies (Spanish) and Mathematical Competencies each account for 30 questions, while Natural Environment (Natural Sciences), Social Environment (Social Sciences), and Soft Skills each comprise 20 questions. This objective selection instrument relies on reliable statistical foundations to ensure a fair admission process for new UNAH students.
Communicative Competencies and Linguistic Analysis
The evaluation of Spanish language skills focuses on two main pillars: linguistic skills/reading and verbal reasoning/reading comprehension. In terms of morphology, students must demonstrate correct usage of grammatical categories in text composition and an understanding of morphosyntactic structures. Key linguistic operations include ensuring adequacy, cohesion, coherence, and formal correctness in both literary and non-literary texts. Semantics is another critical area, requiring knowledge of synonymy, antonymy, hyperonymy, polysemy, and homonymy to interpret daily and professional texts. Lexicology covers the understanding of vocabulary in both explicit and implicit meanings, while pragmatic and content coherence ensures the maintenance of logical reference points. The verbal reasoning component involves an integral comprehension process encompassing literal, inferential, and criterial levels. This includes analyzing figurative language, the author's intent, and the use of rhetorical figures in both national and universal literature, as well as everyday communication.
Mathematical Competencies and Detailed Content Areas
The mathematics portion of the PHUMA is divided into four primary blocks: Arithmetic, Algebra, Geometry, and Statistics/Probability. Arithmetic covers operations with real numbers, proportionality, percentages, the Greatest Common Divisor (GCD), and the Least Common Multiple (LCM). Algebra focuses on quadratic equations, linear inequalities, and algebraic patterns. Geometry requires proficiency in understanding angles, calculating the perimeter and area of triangles, applying the Pythagorean Theorem, and determining the surface area and volume of geometric solids. For instance, problems may involve finding the volume of a sphere with a diameter of using the radius in the formula . Finally, Statistics and Probability assess the ability to interpret tables, graphs, and figures, as well as calculating measures of data dispersion.
Natural Environment Competencies: Biology, Chemistry, and Physics
Natural Science subjects are explored through deep theoretical and practical lenses. Biology includes the study of living beings' constituents, chemical and biological organization levels, and biomolecules such as carbohydrates, lipids, proteins, and enzymes. Cell theory is paramount, covering structure, functions, and types including prokaryotic, eukaryotic, plant, and animal cells. Detailed biological processes like mitosis, meiosis, photosynthesis (including the Calvin cycle and the light phase), and human reproduction (fertility and fecundation) are included. It also examines genetics (DNA, RNA, the human genome, and hereditary anomalies) and human anatomy across the skeletal, digestive, respiratory, and circulatory systems. The scientific method is taught as a structured process involving research stages, hypothesis formulation, variable identification, and problem statement.
Chemistry focuses on its branches and practical applications, specifically examining inorganic compounds like oxides, hydrides, acids, peroxides, hydroxides, and salts. It addresses environmental concerns such as soil and water pollution caused by daily chemical use and agrochemicals, including herbicides, insecticides, and fertilizers. Physics defines the field's branches and areas of application, emphasizing physical magnitudes and units through direct and indirect measurements and unit conversion. Key topics include one-dimensional kinematics, specifically Uniform Linear Motion (M.R.U.), and mechanical work, which involves force, energy (kinetic and potential), and various energy types such as wind, electrical, chemical, nuclear, and biomass.
Social Environment Competencies and Humanitarian Sciences
The Social Sciences component covers History, Geography, Civics, Sociology, Philosophy, and Anthropology. History of Honduras focuses on the Independence, the Central American Federation, the banana enclave, the late 20th century, and Neoliberalism. Universal history addresses ancient civilizations, major revolutions, and modern global conflicts. Geography concerns socio-demographic indices and the global time zone system (Husos Horarios), utilizing standards like UTC or GMT. For example, calculating arrival times between Honduras (GMT-6) and Spain (GMT+1/GMT+2) requires accounting for both flight duration and seasonal time changes (summer vs. winter). Civics emphasizes the Constitution of the Republic and Human Rights, including specific constitutional guarantees like Habeas Corpus. Sociology explores political sociology, social stratification theories, and social institutions such as the family and schools. Philosophy and Anthropology investigate the value of philosophical knowledge and theories regarding human origins and the culture of Honduran peoples.
Applied Examples and Resolution Logic
To aid preparation, the guide provides detailed examples across all subjects. An informative text regarding Artificial Intelligence (AI) and its labor market impact—specifically reducing manual labor in developing countries—serves as a reading comprehension model. A literary fragment from Lucila Gamero de Medina’s "Blanca Olmedo" is used to teach inferential reasoning about honor and fortune. In mathematics, a problem involving the ages of María (), Diana (), and Keily () illustrates the calculation of the Greatest Common Divisor, which is found to be . Another example involves finding the base of a triangle where the area is and the base is longer than the height, leading to the quadratic equation , resulting in a base of . In physics, the use of a "balanza granataria" (triple beam balance) is identified as the most accurate tool for measuring a solid mass of with a margin of error of .
Pre-Examination Procedures and Materials
Applicants must adhere to specific protocols before and during the PHUMA. Essential preparation includes reviewing admission information from UNAH, reading the "Instructions for the Applicant," and completing the provided practice test. On the day of the exam, candidates must arrive at the designated time and location, presenting their printed credential (sent via email). Required materials include two number 2 graphite pencils, an eraser, and a pencil sharpener. During the test, all questions carry the same value, and candidates must reason through every item before marking the answer sheet. At the conclusion of the session, both the exam booklet and the answer sheet must be surrendered to the proctors.
Standardized Answer Sheet Protocols
The PHUMA utilizes a specialized answer sheet designed for interpretation by an optical reader (lector óptico). It is mandatory to use graphite pencils and to fill the circles completely with firm strokes for the chosen letter (A, B, C, or D). Only marks on the answer sheet are graded; any notes made in the exam booklet are ignored. Applicants are cautioned not to fold, wrinkle, or tear the sheet, and must never alter the barcode located below their photograph. If a change is necessary, the previous mark must be erased completely. Using corrective fluid is strictly prohibited. Correct marking involves filling the circle entirely, while incorrect methods include using crosses, checks, or incomplete shading. If an applicant is unsure, they are advised to select the most probable option rather than leaving it blank or choosing randomly, as no more than three circles should remain empty per exercise unless time has expired.
Practice Exercise Context: Social and Natural Sciences
The practice section of the guide includes 80 simulated questions. Social science questions touch on recent conflicts like the Russia-Ukraine war (begun February 24, 2022) and demographic measures like the mortality rate ( per inhabitants in 2020). It also covers unionist projects like the Federal Republic of Central America (1823–1839), comprising Guatemala, El Salvador, Honduras, Costa Rica, and Nicaragua. Natural science exercises include the identification of agrochemicals, such as using insecticides for weevil (gorgojo) infestations and using the formula to calculate the volume of cylinders, such as one with a radius of and height of resulting in .