Read the following introduction for a research paper on drama and answer the question
the renaissance of the sixteenth and seventeenth centuries in england saw a great dramatic revival of the
old greek and roman classics and a new interest in a native british drama. english playwrights seized the
opportunity to combine the best of these two drama forms to create the elizabethan and jacobean drama,
the best in english literature and possibly in the world (schultz 88). chief among these playwrights was
william shakespeare, the most respected playwright of all time. the theater of this period was quite popular
though the actors were still all men, the masks had disappeared; and costumes, props, and sets had taken
their place (mccredie 21). during the renaissance, the theater began to come of age ("renaissance" 4).
although drama had its ups and downs in the years that followed, it was at last firmly established as an
acceptable and valuable form of literature.
the author's tone in this paragraph is appropriate for a research paper.
true
false

what is the question ?

a) why did you buy only one bunch of bananas ? it's not enough for the party .

b) can i have a carton of juice, ? it looks very fresh !

c) a kilo of milk ? that's 2 pounds, .

d) i've got only one bar of chocolate . you can have a half of it .

e) cut just a small slice of cheese for me . i'm trying to lose weight .

f) do you want a bowl of soup ? it's delicious !

g) can i have a tin of biscuits, ?

h) do you want a loaf of bread ? i bought three .

i) let's buy a glass of wine to celebrate our wedding anniversary !

j) don't leave the jar of honey on the table . the kids will break it .

k) we need to buy some sweets and a bottle of coke .

l) would you like a cup of hot tea ? you've got a cold !

m) can i have a piece of chocolate cake, ? it's my favourite dessert .

n) i bought a beautiful packet of flowers for my mum's birthday .

hope this !

the gas pressure p, gas volume v, and gas temperature t are given in the formula:   pv=nrt,

r is the gas constant, and n is the number of gas moles.

if the container is cooled and remains under atmospheric pressure, where r is a constant that does not change, the volume of the container remains the same, the conclusion is drawn that, with all other values ​​unchanged, the number of gas moles n, is decreases.

the right answer is a.