Q.No.2 You are working for the transport manager of a "call centre" which hires cars for the staff. You are interested in the weekly distance covered by these cars. Kilometers recorded for a sample of hired cars during a given week yielded the following data: (8) k.m. covered 80-90 90-100 100-110 110-120 120-130 130-140 140-150 150-160 160-170 No. Of cars (1) 18 2 12 28 45 32 20 2 16 (a) Calculate the median, mode, third decile (D3) and P77. (b) Draw a cumulative frequency polygon (ogive) on graph paper (only) and estimate graphically the number of cars which covered less than 140 k.m in the week.

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Q.No.2 You are working for the transport manager of a "call centre" which hires cars
for the staff. You are interested in the weekly distance covered by these cars.
Kilometers recorded for a sample of hired cars during a given week yielded the
following data:
(8)
k.m.
covered
80-90
90-100
100-110
110-120
120-130
130-140
140-150
150-160
160-170
No. Of cars
(f)
18
2
12
28
45
32
20
2
16
(a) Calculate the median, mode, third decile (D3) and P77.
(b) Draw a cumulative frequency polygon (ogive) on graph paper (only) and
estimate graphically the number of cars which covered less than 140 k.m
in the week.
Ancu er
Transcribed Image Text:Q.No.2 You are working for the transport manager of a "call centre" which hires cars for the staff. You are interested in the weekly distance covered by these cars. Kilometers recorded for a sample of hired cars during a given week yielded the following data: (8) k.m. covered 80-90 90-100 100-110 110-120 120-130 130-140 140-150 150-160 160-170 No. Of cars (f) 18 2 12 28 45 32 20 2 16 (a) Calculate the median, mode, third decile (D3) and P77. (b) Draw a cumulative frequency polygon (ogive) on graph paper (only) and estimate graphically the number of cars which covered less than 140 k.m in the week. Ancu er
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