Please answer and explain

Use this link for simulation

Capacitors simulation

(https://phet.colorado.edu/sims/html/capacitor-lab-basics/latest/capacitor-lab-basics_en.html)

+ DATA TABLE Fit parameters Resistor Capacitor Time constant Trial A B C 1/C R RC (0) (F ) (s) Discharge 1 4.7496 -0.06238 1.1254 0.00001 1 1.1254 - = 0.889 100,000 Discharge 2 5.1887 2.2125 1 47,000 0.00001 0.062189 2.2125 - = 0.452 0.47 ANALYSIS 1. In the data table, calculate the time constant of the circuit used; that is, the product of resistance in ohms and capacitance in farads. Note: 10 F = 1 s 2. Calculate and enter in the data table the inverse of the fit constant C for each trial. Now compare each of these values to the time constant of your circuit. Discharge 1: Experimental value 1/c=0.889. Expected value RC=1 Percentage difference= 11.1% Discharge 2: Experimental value 1/c=0.452. Expected value RC=0.47 Percentage difference= 1.8% The fit is a Positive Natural exponential Function. In exponential functions (y = e*), the bigger the x. the faster the growth of y. Similarly, in positive exponential functions, the more positive the exponent -x, the slower the y approaches zero. 3. What was the effect of reducing the resistance of the resistor on the way the capacitor discharged?The experiment shows that the size of lfc value determines how the capacitor discharges E because lfc=RC in equation Vt = VacE- Therefore, this indicates that the capacitor in Discharge 2 will discharge faster because Resistor l which is IDDDDD 51 was replaced by Resistor 2 which is 47"000 52 that makes the Foduct RC smaller. EXTRA CREDIT [20 POINTS] {OPHONALI 1. Navigate to the following simulation. CaEeitors simulation 2H .ooloradoedufsimsl'htm]! acitorlahbasics-\"latestfca citorlabbasics enJItml 2. Select "Light Bulb". Explore the simulation by charging and discharging of the capacitor. (gag can change the battery voltage, plate area= plate separation) 3. Click all the check boxes and set the battery voltage to 1.5V. Set the switch to charging position. 4. Flip the switch to the light bulb and observe what happen to the light bulb intensity with time. 5. Change the plate area and plate separation and repeat above step. lDbserve the light bulb intensityr with time. 6. Compare the light bulb simulation with the above capacitor discharge through a resistor experiment? T. Explain how you increase the capacitance of a capacitor? (g the simulation to support your answers)