Answer:
Writer rely on word choice to C. communicate tone.
Explanation:
Tone is the author's attitude toward his or her subject, characters, and readers. It is achieved through word choice (diction), sentence construction and word order (syntax), and by what the viewpoint character or the narrator focuses on. The tone of a piece can be happy, sad, melancholic, sarcastic, etc. The words chosen by the author will help convey such tone. For instance, if a speaker in a poem talks of sunshine, brightness, birds chirping and so on, we can infer the tone of the poem is happy, peaceful.
The artist aims to convey friendliness, cooperation, and trade.
Why is Venice such a big deal?
During the Middle Ages and the Renaissance, the Republic of Venice was a significant financial and maritime power, a staging ground for the Crusades and the Battle of Lepanto, as well as a crucial hub for trade (particularly in silk, grain, and spice) and the arts from the 13th century to the end of the 17th century.
What unique connection did Venice and Egypt have?
VENICE — For many years, Venetians traded the majority of the eastern spices found on European tables through the markets of Egypt. They brought unique textiles, colors, glass, metalwork, and other exquisite Islamic products with them.
To know more about Venice
brainly.com/question/7296585
#SPJ4
It helps you maybe be more aware of your surroundings and what you are doing
Answer:
The collision occurs at a height of 1/3 of the total height of cliff.
Explanation:
The situation is represented in the attached figure:
For the stone dropped from top of cliff we have
Initial velocity of drop= 0 m/s.
Now the time at which it attains a velocity of 2v is obtained from first equation of kinematics as

Thus the distance it covers in this time can be calculated using third equation of kinematics as

For the stone thrown upwards the velocity at collision is give as 'v' thus the velocity at which it is thrown upwards can be calculated by first equation of kinematics as

The height over which it changes it's velocity from '3v' to 'v' can be again obtained from third equation of kinematics as


Thus the collision occurs at at a fraction of 1/3 of height.