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Praxis 5114 Music Content and Instruction Latest Version Graded A+ characteristics of Medieval music vocal music, sacred gregorian chant and masses, secular dance such as troubadours organum early form of polyphony in which voices were sung in parallel motion first mass by a known composer Mess de Notre Dame by Machaut the Ordinary in mass (6 sections) Kyrie, Gloria, Credo, Sanctus, Benedictus, and Agnus Dei medieval motet polyphonic piece ft. tenor line derived from plainchant ...

Praxis 5114 Music Content and Instruction (2023/2024) 100% Pass characteristics of Medieval music vocal music, sacred gregorian chant and masses, secular dance such as troubadours organum early form of polyphony in which voices were sung in parallel motion first mass by a known composer Mess de Notre Dame by Machaut the Ordinary in mass (6 sections) Kyrie, Gloria, Credo, Sanctus, Benedictus, and Agnus Dei medieval motet polyphonic piece ft. tenor line derived from plainchant with one or more...

characteristics of Medieval music - vocal music, sacred gregorian chant and masses, secular dance such as troubadours organum - early form of polyphony in which voices were sung in parallel motion first mass by a known composer - Mess de Notre Dame by Machaut the Ordinary in mass (6 sections) - Kyrie, Gloria, Credo, Sanctus, Benedictus, and Agnus Dei medieval motet - polyphonic piece ft. tenor line derived from plainchant with one or more upper voices in French or Latin. vocal line s...

Music Content Knowledge (5113) Praxis II Exam Latest 2023 Graded A Characteristics of Medieval Era Dominated by vocal music. Sacred Music: Gregorian Chant and Masses. Secular Music: for dance and entertainment (Troubadours/Trouvères) Gregorian Chant melodies that were free flowing with no distinct meter, melismatic, largely monophonic, and sung by unaccompanied voice or choir Organum an early form of polyphony in which voices are sung in parallel motion Masses important religious ritual and ...

Amplitude - Correct answer-The maximum value of displacement in the oscillation cycle Displacement - Correct answer-How far the quantity has moved from its rest value at any given time Period - Correct answer-The time taken for one whole cycle of an oscillation Oscillation - Correct answer-A regularly repeating motion about a central value Wave speed equation - Correct answer-Wave speed = frequency x wavelength / v=fλ Transverse waves - Correct answer-The displacement of the wave is at ri...

1) The Lost Generation: a. Briefly explain ONE social development in the 1920's that supports the Fitzgerald quote. The stock market boom of the early 1920's caused many investors to become extremely wealthy. 1) The Lost Generation: b. Briefly explain ONE economic development of the 1920's that supports the Leuchtenburg argument. The stock market crash of the 1920's caused the great depression, a time of poverty and bad conditions in the US 1) The Lost Generation: c. Brief...

Ultrasound Physics - Mock Exam Questions for SPI Updated 2022/23. Which of the following transducers will have the worst axial resolution? a. Vector array, 3 MHz b. Linear Sequential Array, 6 MHZ c. Linear Phased Array 7.5 MHZ d. Annular Array, 6 MHz - A sound wave is traveling in the body and propagates from muscle to air. What percentage of the sound wave is most likely reflected at the muscle-air boundary? a. 0.5% b. 75% c. 25% d. 5% e. 99% - Which of the following lists i...

Longitudinal wave - ANSWER-Particle vibration is parallel to direction of wave propagation Examples of a longitudinal wave - ANSWER-Sound waves, seismic p-waves Transverse wave - ANSWER-Particle vibration is perpendicular to direction of wave propagation Only transverse waves can be polarised Examples of a transverse wave - ANSWER-Electromagnetic radiation, seismic s-waves Particle displacement - ANSWER-The distance of a particle from its equilibrium position in given direction Amplitud...

Specimens that can be analyzed for carbon dioxide 1. Serum 2. Plasma 3. Whole blood What will happen if blood is exposed to air during specimen collection for pH and blood gases? p C O 2 decreases Henderson-Hasselbalch equation p H = p k a + log salt / acid What is the ratio of bicarbonate:carbonic acid in normal plasma 20:1 Lab results on a known diabetic patient revealed a decreased bicarbonate and decreased ph. Which acid base disorder would most likely cause...

Specimens that can be analyzed for carbon dioxide 1. Serum 2. Plasma 3. Whole blood What will happen if blood is exposed to air during specimen collection for pH and blood gases? p C O 2 decreases Henderson-Hasselbalch equation p H = p k a + log salt / acid What is the ratio of bicarbonate:carbonic acid in normal plasma 20:1 Lab results on a known diabetic patient revealed a decreased bicarbonate and decreased ph. Which acid base disorder would most likely cause...