This is data that my group (Gr3) got after doing an experiment. I will give you some context so you know what to do. D1 D2 D3 and so on stand for the density of P.c. alone, P.a. alone, P.c. mix, P.a. mix on different days all the way to day 9. We tested 3 vials 3 times each day so each separate table is a different vial. we were using 10ml of medium (water) in the vials and we would count the number of these cells each day in .1 ml of sample. P.c. alone stands for # of paramecia caudatum in a vial with only paramecia caudatum. P.a. alone stands for # of paramecia aurelia in a vial with only paramecia aurelia. P.c. mix stands for # of paramecia caudatum in a vial with both aurelia and caudatum. P.a. mix stands for # of paramecia aurelia in a vial with both aurelia and caudatum. All I need you to do is create 3 different types of graphs based on the data (line, column , pie, bar) you can choose whatever just don't make a table.
This is data that my group (Gr3) got after doing an experiment. I will give you some context so you know what to do. D1 D2 D3 and so on stand for the density of P.c. alone, P.a. alone, P.c. mix, P.a. mix on different days all the way to day 9. We tested 3 vials 3 times each day so each separate table is a different vial. we were using 10ml of medium (water) in the vials and we would count the number of these cells each day in .1 ml of sample. P.c. alone stands for # of paramecia caudatum in a vial with only paramecia caudatum. P.a. alone stands for # of paramecia aurelia in a vial with only paramecia aurelia. P.c. mix stands for # of paramecia caudatum in a vial with both aurelia and caudatum. P.a. mix stands for # of paramecia aurelia in a vial with both aurelia and caudatum.
All I need you to do is create 3 different types of graphs based on the data (line, column , pie, bar) you can choose whatever just don't make a table.
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