Answer: Mozart's music impacted piano music because first off it was very versatile and different and he wrote almost every major genre including symphony, opera, the solo concerto, etc. His music created a sense of drama, which contrasted with the moods, whether they were sad, playful or lively.
Mozart composed his first composition which was put in the Nannerl's notebook, he possessed great potential as a composer. His father Leopold, decided to direct his aims at his children's growing progress as a pianist. Leopold took his children to perform on a tour of the courts of Europe. Leopold then set out for a more dynamic tour. The first objective was Vienna. The success of his performance in Vienna caused excitement and Mozart was invited to perform in major courts of Europe. Leopold wrote. “The nobles send us their invitations four, five, six to eight days in advance, in order not to miss us.” (mozartproject.org). Mozart then received an invitation to play in Versailles, France and left on June 9th. This trip lasted for over three years. On their trip to Paris they played many public and private events at the major cities they would pass through on their way to Versailles. Their next destination was London as it proved to contain great business in the music market. Within days of arriving in England, Mozart was performing in front of the young king and queen. The king was so taken to Mozart's music that he invited him back to play once again.
This showcases that Mozart really influenced others and the generation of piano music. Many people loved his art and music pieces he has composed at a very early age. He created a mood/atmosphere through his music.
Answer:
299m + 261j >= 1000
Explanation:
The inequality equation is basically the mg of per glass of milk times the m cups of milk + mg per glass of juice times the j glasses of juice should be greater than or equal to required 1,000 mg per day
The graph is not found here, but a residual plot shows that the line of best fit is appropriate for data when points are well distributed on the x-axis.
<h3>What is a residual plot?</h3>
A residual plot is a diagram showing residual values on the Y-axis and an independent variable on the X-axis.
This type of plot (residual plot) is used to see the matches between observed and fitted response values.
In conclusion, the graph is not found here, but a residual plot shows that the line of best fit is appropriate for data when points are well distributed on the x-axis.
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Fossils on continents that are now separated by <u>oceans</u> support the theory of continental drift.
<h3>What is the theory of
continental drift?</h3>
The theory of continental drift was proposed by Alfred Wegener in 1912 and it states that continental landmasses shift position over geologic time on Earth's surface, thereby, appearing to drift together across oceans and into each other.
Thus, the theory of continental drift is supported by Fossils on continents that are now separated by <u>oceans</u>.
Also, we know that continents that are closer to the equator have warmer climates but fossils of <u>tropic plants</u> have been found on islands near the North Pole, thereby, suggesting that islands drifted from the equator.
In conclusion, coal fields in <u>Europe</u> match those that are found in North America, and this supports the theory of continental drift.
Read more on continental drift here: brainly.com/question/7350119
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