Objective: State the advantages of orderly arranged data. Study and analyze the given illustrations below and answer the follow- up questions after it. Textual Form Cellulase activity was measured using ensyme assay methods based from a study by Gupta, Samant, and Suha (2009), with some modifications. 0.5 ml crude cellulase extract were mixed with 0.5 mL 2% carboxymethyl cellulose (CMC) in 1 ml citrate buffer (pH 4.8) and incubated for 30 min at 30.C. 3 ml dinitrosalicylic reagent was added for every 1 ml of the mixture afterwards to stop hydrolysis. Mixtures were placed in boiling water for 5 min and diluted with 5 ml of distilled water afterwards. Data were gathered using a spectrophotometer. Ensyme activity, or in this case, CMCase (carboxymethyl cellulose) activity was evaluated with glucose as standard by quantifying the mass of reducing sugars liberated from CMC per unit volume of the ensyme per unit time Tabular Form Table 1: Hydrolyzing Capacities of Bacterial Isolate and E. coli Diameter (mm) Hydrolyzing Capacity COLONIES Colony Zone of Clearing A 22 3.1 Bacterial Isolate B 30 4.3 C 20 2.9 A 0 E. coli B 0 0 o 0 0 Graphical Form Graph 2: Standard Glucose Series 1 mmm-- Linear (Series 1) 0.6 Absorbance (2. = 540 nm) 200 40D 600 -0.1 Enzyme Activity (in ugmL) 1) Based on the given illustrations above, how are you going to describe the manner of organizing the data? 2) What do you think are the advantages of orderly arranged data in communicating your results? 3) How important is orderly arranged data in communicating your research study to the readers? Why do you say so