INI100H1 Lecture Notes - Record Producer, Diegesis, Citizen Kane

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harlequinwasp700

8 Apr 2012

School

UTSG

Department

Innis College Courses

Course

INI100H1

Professor

Charlie Keil

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Document Summary

Despite the important role sound plays within any film"s formal system, it is extremely difficult to analyse (sound cannot be frozen" in time, as the image can; oftentimes, individual elements of sound cannot be distinguished one from another. To adapt to sound like you adapt to pictures and images. Can function as a cue, directing viewer attention. Functional exchange -> image works with sound and how they work together. Acoustics properties: loudness (volume and perceived distance, pitch (high or low of sound, timbre (tonal quality) Citizen kane echoing vastness of space: high heels echo confidence. Sound: possesses the ability of rhythm and fidelity. Body movement can be matched to the rhythm of sound. Interact with other rhythms: space and time. Any sound that dervives from the diegesis, and then the sound is diegetic. Voice-over narration if the voice is from the character but from a different time (ex. From childhood, etc) then the voice is diegetic.

Related Questions

1. Why are sensory receptors good translators (i.e., what do they do)?

a What are the four types of sensory receptors and give an example for each?

b. How does lateral inhibition enhance the perception of a stimulus?

c ) Why is spatial preservation so important in the somatosensory system?

d) Hair cells transduce sound waves into action potentials via mechanoreception. They communicate intensity of sound (loudness) because they fire more action potentials when the stimulus is louder; however, they are not able to transduce information regarding the location of the sound in the environment. How is location of sound determined in the brain?

e) Describe the receptive field for a hair cell (hint, what makes a given hair cell fire an action potential?). What is the main characteristic of the basilar membrane that determines the specific receptive field for an individual hair cell?

raspberrycrab103

What is an element?

What is a free radical? Why is it important to control freeradicals in the body?

What is a molecule? An ion?

What are the three types of bonding and what are theirproperties?

What is important about polar covalent bonds? What is adipole?

Why is hydrogen bonding critical in the human body?

What is a cation? An anion? A salt?

What are organic molecules and what are the most common elementsin them? What portion of the organic molecule affects the functionof it?

Compare and contrast the four types of organic molecules. Whatmakes them different? What are their monomers and functions?

Define amphipathic (amphiphilic). Understand the properties ofphospholipids in the function of the plasma membrane.

Know the functions of proteins and understand how they areformed (primary structure, etc.).

What is the importance of ATP?

Define: pH, acid, base. What is the relationship between[H⁺] and pH?

Define a buffer. Know the carbonic acid/bicarbonate ionbuffering in blood and the normal pH range of blood. Why arebuffers important?

What are the components of a chemical reaction?

What are enzymes? What is a substrate? A ligand? What is the EScomplex? Why is specificity of NZs important? What is affinity?Kd?

Know the factors that affect protein binding.

Understand enzyme regulation through inhibition, allostericregulation, cooperativity, and saturation.

Vision

Q1.Briefly, why is eating carrots and other yellow/red vegetables important for vision?

Q2. What is the process called that the brain uses to compensate for the parts of an image that fall on the optic disc?

Hearing

Q3. What is the role of the tympanic membrane in hearing?

Equilibrium

Q4. What is the function of the so called tip links on the stereocilia of hair cells in the vestibular system ï¼also present in the organ of corti)?

Q5. What is odd about how the air cells mentioned above depolarise?

Q6. What effect does bending of the stereocilia have on the stimulation of action potentials from the support afferent neurones?

Touch

Q7. How would you classify the sensory afferents, in terms of receptor type (ie, nociceptor, thermoreceptor ect) responsible for detecting touch or pressure in the skin?

Q8. Briefly, how do we spatially distinguish between 2 points placed close together on the skin?

INI100H1 Lecture Notes - Record Producer, Diegesis, Citizen Kane

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