Based on the given histograms, and the table on the city's monthly precipitation amounts, the histogram that corresponds to the table is <u>Histogram 1.</u>
<h3>Which histogram is the appropriate fit?</h3>
The number of months with 0 - 1.992 inches is 8 months which means that the first bar on the histogram of between 0 to 2 inches should reach the 8 month mark.
6 months had 1.992 - 3.994 inches so the next bar should stop at the 6th month mark. The next bar should stop at the 4 month mark.
The one after that should stop at the 5 month mark. The last bar would stop at the 1 month mark.
The only histogram that has this is histogram 1 which is not shown clearly but it likely the only one with these qualities as the others don't have it.
Rest of the question:
Amount (inches) 0 - 1.992 - 3.99 4 -5.996 - 7.998 - 9.99
Number of Months 8 6 4 5 1
Find out more on using histograms at brainly.com/question/17103637.
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Answer:
a) due to non availability of some equation i am attaching part a solution see the solution
b) see the attached graph
c) due to non availability of some equation i am attaching part a solution see the solution
d) due to non availability of some equation i am attaching part a solution see the solution
Answer:
32,800 litres
Step-by-step explanation:
V=l*w*h
V=4*2*4.8
V=38.4 cubic meters
38.4 cubic meter -> 38,400 litres
38,400/4=9,600
9,600*3=28,800
28,800+4,000=32,800
Answer:
96 km/hr
Step-by-step explanation:
Average number of kilometers per hour = 4,608 km / 48 hours
Average number of kilometers per hour = 96 km/hr
Answer: D) csc (2π/3)
<u>Step-by-step explanation:</u>
2π/3 is in Quadrant II
Quadrant II has a negative x-value and a positive y-value.
x-values are: cos & sec
y-values are: sin & csc
tan = y/x so will be negative in Quadrant II
A) sec = -
B) tan = -
C) cos = -
D) csc = + this works!