In two to four paragraphs, explain what happened musically as Britten introduced the orchestral instruments:
Answers
-- Unless I miss my guess, the phrase "In two to four paragraphs,
explain ..." sounds like you want somebody to write a nice essay
for you, which you will then write your name at the top of and hand
it in as your own work. Are you sure you want to adopt this process
as a substitute for actually learning stuff ?
-- Sadly, you can probably forget about offering 5 points and getting
two to four paragraphs in return.
-- Another hunch of mine: You're referring to the "Young Person's
Guide to the Orchestra" ... a fugue and variations based on the
Rondeau from Henry Purcell's incidental music to Aphra Behm's
Abdelazar, composed by Benjamin Britten in 1946 for elementary
music education. The subject may not be too familiar to the people
who like to hang out here in the <Physics> category. You might
stand a better chance if you post the question again in <Arts> or
even <Social Studies>. I don't know of a way to 'move' a question
on Brainly, so you'll have to actually post it again ... and this time,
see if you can spare a few more points for an answer.
Answer:
Britten used a variety of instruments from different families and changed the traditional order. He started with the woodwinds, then strings, then brass, and percussion. He started with the highest pitched instruments in each of the families. This made the differences in the timbers of different sections of the orchestra more clear.
but he is right add more points next time you ask someone to do your work for you
Explanation:
Related Questions
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The pressure of a gas will increase as the volume of the container decreases, provided temperature does not change. This statement is called _____. Boyle's law Charles's law Archimedes' principle Pressure laws
needhelpp101 Why is the gravitational potential energy of an object 1 meter above the moon’s surface less than its potential energy 1 meter above Earth’s surface? A. The object’s mass is less on the moon. B. The object’s weight is more on the moon. C. The object’s acceleration due to gravity is less on the moon. D. both a and c
If an object moves 28 feet every 16 seconds and 7 feet every 4 seconds, what is the object's speed?
Answers
Answer:
It is, however, an important primary step in the water treatment process, because coagulation removes many of the particles, such as dissolved organic carbon, that make water difficult to disinfect. Because coagulation removes some of the dissolved substances, less chlorine must be added to disinfect the water.
Explanation:
B. When the acceleration of the object is zero, its velocity is also zero.
C. The direction of object velocity is not necessarily the same as that of acceleration.
D. When the object is vertically thrown up to the highest point, the speed and acceleration are zero.
E. When the object is free-falling, the displacement and acceleration direction are the same.
Answers
Answer:
A
Explanation:
Answers
The energy possess is 6,000,000 J
The kinetic energy is a energy by which an object can move and potential energy is a stored energy which depends upon the relative position of various parts of the body.
Given:
The mass of automobile is .
The velocity of the automobile is .
How to calculate potential energy and kinetic energy?
Write the formula to calculate the potential energy of the body.
Since the automobile is on ground so the height will be 0.
Write the formula to calculate the kinetic energy.
Substitute the value.
Learn more about potential energy and kinetic energy follow below link:
Answer:
6,000,000 J (6 million)
Explanation:
Refer to the equations for potential and kinetic energy.
Because the automobile is on the ground (it does not give a height above the ground, therefore we can assume that it is on the ground), height = 0. If you plug in 0 for h in the potential energy equation, we get PE = 0 J.
Therefore, all of the energy is kinetic. Plug in the given information into the kinetic energy equation. M = 1200 kg and v = 100 m/s
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If a bulb is indicated as 220V, 60 W this means that the bulb turns 60 J of electrical energy into heat and light energy per second.
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The distance covered by the stuntman in 1.6 meters after he jumps form the roof of a building is 12.544 meters.
What is acceleration?
Acceleration is the rate of change of the velocity of an object with respect to the time taken to travel. Acceleration is a vector quantity. The orientation of an object's acceleration can be given by the orientation of the net force which is acting on that object.
The stuntman fallen after 1.6 meters after he jumps from the roof, the distance covered by the stuntman is:
s = ut + 1/2 at²
s = distance or displacement,
u = initial velocity,
t = time taken,
a = acceleration of the object
s = 0 × 1.6 + 1/2 × 9.8 × (1.6)²
s = 0 + 4.9 × 2.56
s = 12.544m
Therefore, the distance covered by the stuntman is 12.544 meters.
Learn more about Acceleration here:
#SPJ2
Given,
Time = 1.6 seconds
We know,
initial velocity = 0 m/s²
acceleration (due to gravity) = 9.8 m/s²
Now,
We know,
So, the stuntman has fallen 12.544 meters.
Answers
Answer: This is the graph we are supposed to fill out.
Explanation: