Solve. Give your answer as a mixed numeral.The weight of a certain gas is 1
kg per cubic meter. How many cubic meters would be occupied by 27 kg of the gas?
A. 27 m3
B. 364
m3
C. 
m3
D. 18 m3
Answer: D
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The growth rate G, in hundreds of cases per day, in the spread of an epidemic depends on the number S, in hundreds, of currently sick individuals. The relationship is given by
?
.
A: Make a graph of G versus S. Include up to 4,000 currently sick people (corresponding to 
).B: There are two numbers of currently sick individuals that give a growth rate of 500 new cases per day (corresponding to 
). Find both of them.C: When there are no sick individuals, the growth rate is 0. There is a second level where the growth rate is 0. Find that number of currently sick people.
?
Round your answer to two decimal places if necessary.
What will be an ideal response?
Graph the inequality y>-x.
What will be an ideal response?
Write the number as the product of a real number and i.
A. 5i
B. 5
C. -5i
D. -5
Use the square root property to solve the equation.-2x2 - 10 = -28
A. ±6 B. -14 C. ±3 D. 3