The set of lines from this play that shows that Olivia returned the ring because she wanted Cesario to visit her again is
- Where Cesario says: She loves me, sure: the cunning of her passion invites me in this churlish messenger and
- The line where Malvolio talked about the reason why the ring was being returned.
In this line, Malvolio accuses Viola who disguised as Cesario of throwing the ring at Olivia peevishly.
According to him, the ring had to also be returned in such a manner. Returning the ring in such a manner was done to have Cesario go back to offer the ring back to olivia.
<h3>Summary of the play twelfth night.</h3>
This play is a comedy that is based on love, mistaken identity and lots of Jokes. It was written by the playwright Shakespeare.
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Answer:
The answer is wind since they can be Prevailing, Seasonal, Westerly... YOU NAME IT.
This passage talks about the anti-german time period where America would try and ‘erase’ Germans. In the begging game of the passage, it says that Hollywood made multiple hate films against Germans, and the films depicted Germans as bad people. Americans also turned German food names to ‘liberty’ like ‘liberty steak’ and ‘liberty cabbage’. They avoided calling these foods original name because they were German names. Teddy Roosevelt wanted people to become “100% american” meaning that they needed to leave their cultures and beliefs behind and become a ‘true American’
The displacement of the particle after 0.7 second in x direction is 17.77 m and the displacement in y direction is 34.31 m.
<h3>What is displacement?</h3>
Displacement is a vector quantity that refers to "how far out of place an object is".
Displacement measures the object's overall change in position.
<h3>
Displacement of the particle in x direction</h3>
x(t) = 15 + 2t + 4t³
where;
- t is time of motion in seconds
- x is displacement, measured in meters
after time, t = 0.7 second
x(0.7) = 15 + 2(0.7) + 4(0.7)³
x(0.7) = 17.77 m
<h3>
Displacement of the particle in y direction</h3>
x(t) = 25 + 7t + 9t²
after time, t = 0.7 second
x(0.7) = 25 + 7(0.7) + 9(0.7)²
x(0.7) = 34.31 m
Thus, the displacement of the particle after 0.7 second in x direction is 17.77 m and the displacement in y direction is 34.31 m.
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