9. The table below shows the frequency at which the contractile vacuole of two protists empties in various concentrations of sea water. Percentage Number of times contractile Number of times contractile concentration of vacuole of protist A empties vacuole of protist B empties per sea water (%) per hour hour 95 97 10 76 79 20 69 72 30 41 43 40 21 25 50 9. 10 60 70 1 80 0. a. On the graph paper provided (use the 2mm grid scale), draw two line graphs on the same axes to compare the number of times protists A and B empty their contractile vacuoles per hour. Join the points of the graph using straight lines. Include a key. b. Using the graph, identify the number of times protists A and B empty their contractile vacuoles when the concentration of sea water is 35%. C. Explain the change in the rate of emptying of the contractile yacuole shown in the tahle

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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PLEASE USE A GRAPH PAPER AND FOR 10 MINS PLEAEE AS SEOON AS YOU CAN

9. The table below shows the frequency at which the contractile vacuole of two protists empties in various
concentrations of sea water.
Percentage
Number of times contractile
Number of times contractile
concentration of
vacuole of protist A empties
vacuole of protist B empties per
sea water (%)
per hour
hour
0.
95
97
10
76
79
20
69
72
30
41
43
40
21
50
9.
10
60
2
70
1
80
a. On the graph paper provided (use the 2mm grid scale), draw two line graphs on the same axes to compare
the number of times protists A and B empty their contractile vacuoles per hour. Join the points of the graph
using straight lines. Include a key.
b. Using the graph, identify the number of times protists A and B empty their contractile vacuoles when the
concentration of sea water is 35%.
c. Explain the change in the rate of emptying of the contractile vacuole shown in the table.
25
Transcribed Image Text:9. The table below shows the frequency at which the contractile vacuole of two protists empties in various concentrations of sea water. Percentage Number of times contractile Number of times contractile concentration of vacuole of protist A empties vacuole of protist B empties per sea water (%) per hour hour 0. 95 97 10 76 79 20 69 72 30 41 43 40 21 50 9. 10 60 2 70 1 80 a. On the graph paper provided (use the 2mm grid scale), draw two line graphs on the same axes to compare the number of times protists A and B empty their contractile vacuoles per hour. Join the points of the graph using straight lines. Include a key. b. Using the graph, identify the number of times protists A and B empty their contractile vacuoles when the concentration of sea water is 35%. c. Explain the change in the rate of emptying of the contractile vacuole shown in the table. 25
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