Ulangan Fisika Kelas X Smw

The correct answer is "langsung melompat ke kesimpulan" because it goes against the expected behavior of a scientist. Scientists are expected to be thorough in their observations and discoveries, respect the opinions of others, work hard, be honest and open-minded. However, jumping to conclusions without proper evidence or analysis is not a characteristic of a good scientist. They are expected to carefully analyze and evaluate data before drawing any conclusions.

The symbol of laboratory safety implies that something is easily flammable. This means that caution should be exercised to prevent any accidental fires or mishaps in the laboratory. It is important to handle materials and substances carefully to avoid any potential ignition sources and maintain a safe environment.

The correct answer is "tidak perlu membaca petunjuk praktikum, cukup dengarkan arahan guru". This is because it is important to read and understand the instructions given in a practical experiment in order to ensure safety and accuracy. Simply listening to the teacher's instructions may not provide all the necessary information and precautions needed for the experiment.

The correct answer is "menduga". This is because "menduga" means "to guess" or "to speculate", which is not a scientific process. The other options, such as "mengevaluasi" (to evaluate), "merencanakan" (to plan), "mengamati" (to observe), and "menarik kesimpulan" (to draw conclusions), are all scientific processes that involve systematic observation, analysis, and reasoning.

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PLTN memiliki keunggulan tidak menghasilkan gas buang yang menyumbangkan kerusakan lingkungan selama tidak terjadi kebocoran. Hal ini berarti bahwa PLTN tidak menyebabkan polusi udara seperti pembangkit listrik tenaga fosil lainnya. Meskipun demikian, jika terjadi kebocoran, PLTN dapat menjadi berbahaya dan menyebabkan kerusakan lingkungan yang serius. Oleh karena itu, keamanan dan pengawasan yang ketat diperlukan untuk menjaga agar PLTN tetap aman dan tidak menyebabkan kerusakan lingkungan.

The correct answer is "merumuskan masalah - hipotesis - eksperimen - kesimpulan". This is the correct sequence of steps in the scientific method. First, a problem or question is identified and formulated. Then, a hypothesis is proposed as a possible explanation for the problem. Next, experiments or tests are conducted to gather data and evidence. Finally, based on the results of the experiments, a conclusion is drawn to determine if the hypothesis is supported or not.

The field of physics that plays a role in nanoscience is atomic physics. This is because nanoscience deals with the study and manipulation of materials at the atomic and molecular level. Atomic physics focuses on understanding the behavior and properties of atoms, which is essential in nanoscale research and technology development. By studying atomic interactions and phenomena, scientists can better understand and control the behavior of nanoparticles and nanomaterials, leading to advancements in various fields such as electronics, medicine, and materials science.

Thales is the correct answer because he was a philosopher who believed that the universe is composed of water. He is known for his theory that the primary substance of all things is water and that everything ultimately comes from water. Thales' belief in the importance of water as the fundamental element in the universe was a significant contribution to early Greek philosophy.

The correct answer is (1), (2), and (3). This is because the nature of physics encompasses all three aspects mentioned in the statements. Physics can be seen as a product, as it involves the study and understanding of the physical world and its phenomena. It can also be seen as a process, as it involves the use of scientific methods and experimentation to gather knowledge and make predictions. Additionally, physics can be seen as a mindset or attitude, as it encourages critical thinking, curiosity, and a willingness to explore and question the natural world. Therefore, all three statements (1), (2), and (3) are valid in describing the essence of physics.