The answer is most likly to be B.
Answer: If the height is doubled the volume becomes a bigger number so 3 times 2 is 6 and 4 times 2 is 8 then 5 times 2 is 10. 6+8+10=24
Step-by-step explanation:
The number of days Christen's book is overdue could be 22 according to options given.
The graph which represents the relationship between the number of days a book is overdue and the library fine charged is attached below :
According to the graph, a constant relationship exists between the number of days a book is overdue and the library fine charged when the Number of days book is overdue is about 19 days and above such that the library fine charged stays the same at $10.
Since we are told that Christen's fine for returning the book is the same as the fine she would have paid if book was returned yesterday, then, the number of days Christen's book is overdue could be 20 days and above.
The only value above 20 from the options given is 22.
Hence, 22 is the valid answer.
Answer:
The number of cases prior to the increase in measles = 53
Step-by-step explanation:
The increase in rate of measles case = 10.2%
The total number of cases after 10.2 % increase = 58
The number of cases before 10.2 % increase in measles case = ??
Let x be the no of cases present before 10.2 % increase.
x * (100 + 10.2) % = 58
x * 110.2 % = 58
x = 58 / 110.2 = 52.63
x = 53 (rounded off)
