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Questions and Answers
What is the purpose of a close-up shot in a film?
What is the purpose of a close-up shot in a film?
- To capture the minute details of the subject (correct)
- To indicate the surrounding setting of the film
- To establish the character's place within the scene
- To show the full length of the subject
Which shot is often used for back and forth dialogue within a scene?
Which shot is often used for back and forth dialogue within a scene?
- Close-up
- Medium shot (correct)
- Extreme close-up
- Long shot
What type of shot is often used as an establishing shot in a film?
What type of shot is often used as an establishing shot in a film?
- Long shot (correct)
- Medium shot
- Close-up
- Extreme long shot
Apa yang dimaksud dengan gravitasi?
Apa yang dimaksud dengan gravitasi?
Siapa yang mengajukan teori relativitas umum pada tahun 1915?
Siapa yang mengajukan teori relativitas umum pada tahun 1915?
Apa perbedaan antara teori gravitasi Newton dan teori gravitasi Einstein?
Apa perbedaan antara teori gravitasi Newton dan teori gravitasi Einstein?
Siapa yang menunjukkan bahwa besarnya percepatan gravitasi adalah sama untuk semua objek?
Siapa yang menunjukkan bahwa besarnya percepatan gravitasi adalah sama untuk semua objek?
Siapa yang merumuskan hukum gravitasi universal Newton?
Siapa yang merumuskan hukum gravitasi universal Newton?
Apa itu penguapan?
Apa itu penguapan?
Apa yang dimaksud dengan evapotranspirasi?
Apa yang dimaksud dengan evapotranspirasi?
Mengapa ada cairan yang tidak kelihatan menguap pada suhu tertentu?
Mengapa ada cairan yang tidak kelihatan menguap pada suhu tertentu?
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Study Notes
Close-up Shots in Film
- Close-up shots focus on a specific detail, emphasizing facial expressions and emotions, enhancing the viewer's connection with the character.
Two-Shot in Film
- A two-shot is commonly used for dialogue scenes, framing both characters in the conversation, promoting interaction and intimacy.
Establishing Shot in Film
- An establishing shot, often a long shot, introduces the setting of the scene, providing context and orientation for the viewer.
Gravity
- Gravity is a fundamental force of attraction between any two objects with mass.
- The strength of gravity depends on the masses of the objects and the distance between them.
General Relativity
- Albert Einstein proposed the theory of general relativity in 1915.
- This theory describes gravity as the curvature of space-time caused by the presence of mass and energy.
Newton's Law of Universal Gravitation vs. Einstein's Theory of General Relativity
- Newton's law describes gravity as a force acting between objects, while Einstein's theory depicts gravity as a geometric property of space-time.
- Newton's law is accurate for most everyday situations, but Einstein's theory is more accurate for extreme situations like near massive objects or at very high speeds.
Galileo Galilei and Gravity
- Galileo Galilei demonstrated that the acceleration due to gravity is constant for all objects, regardless of their mass.
Sir Isaac Newton and Gravity
- Sir Isaac Newton formulated the law of universal gravitation, explaining the force of attraction between all objects with mass.
Evaporation
- Evaporation is a physical process where a liquid changes into a gas.
- This occurs when molecules at the liquid's surface gain sufficient energy to escape into the atmosphere.
Evapotranspiration
- Evapotranspiration combines the processes of evaporation (from the soil and water bodies) and transpiration (from plants).
- It's a crucial part of the water cycle, moving water from Earth's surface to the atmosphere.
Liquid Evaporation at Specific Temperatures
- Certain liquids don't appear to evaporate at specific temperatures due to their high boiling points.
- Even though evaporation still occurs, it's less noticeable due to the slower rate of molecular escape.
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