10. The difference between starter and lead Acid batteries isa. Functionb. Physical componentsc. Discharging timed. All of above11. Undercharging has high adverse impact ona. AGM Batteryb. Lead Carbon batteryc. Gel batteryd. Air-Metal Battery12. A relative measure of cell electrical currenta. Columbic efficiencyb. C-Ratec. Life timed. Power density13. Fuses used in PV arrays should bea. rated for dc useb. have a voltage rating equal to or greaterthan the PV arrayc. be rated to interrupt fault currents from thePV arrayd. All of Above14. For the following simplified PV system estimate the total Volts and total Amps ofthe 4 PV modules and the battery storageCHARGE CONTROLLER6VDC 6VDC 6VDC 6VDC350AH 350AH 350AH 350AHBATTERY STORAGEa. PV array: 12VDC, 14A, BatteryStorage: 12VDC, 700AHb. PV array: 24VDC, 14A, BatteryStorage: 24VDC, 700AHc. PV array: 12VDC, 14A, BatteryStorage: 24VDC, 350AHd. PV array: 24VDC, 7A, BatteryStorage: 24VDC, 350AH

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10. The difference between starter and lead Acid batteries is a. Function c. Discharging time 11. Undercharging has high adverse impact on a. AGM Battery c. Gel battery 12. A relative measure of cell electrical current a. Columbic efficiency c. Life time b. Physical components d. All of above b. Lead Carbon battery d. Air-Metal Battery b. C-Rate d. Power density

10. The difference between starter and lead Acid batteries is a. Function c. Discharging time 11. Undercharging has high adverse impact on a. AGM Battery c. Gel battery 12. A relative measure of cell electrical current a. Columbic efficiency c. Life time b. Physical components d. All of above b. Lead Carbon battery d. Air-Metal Battery b. C-Rate d. Power density

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Number 2
Examine the following information below for a electolytic cell and answer the following questions: Procedure: Procedure: Constructing an Electrolytic Cell (convert energy to ions) 1. Obtain a 6-volt battery, electrodes, and plastic sample cup necessary to build an electrolytic cell like that shown in figure 2 below. Obtain a pH meter and set it to begin collecting data. 2. Weigh 2.0 g of solid KI. Record the mass. Transfer the solid to an Erlenmeyer flask. 3. Add 100 mL of deionized water (measure using a graduated cylinder) to the flask and swirl it until a homogeneous solution is formed. Measure and record the initial pH of this solution. 4. Transfer the 100 mL of KI solution from the Erlenmeyer flask to the plastic sample cup. Place the lid containing the electrodes on top of the sample cup. Attach wires from the batter to the electrodes. Note and record your start time. 5. Observe the electrolysis for several minutes. Record your observations at…
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Cell balancing is particularly important for Li-ion battery. Why are all cells not the same? What is the root cause of cell imbalancing? Why are cells needed to be balanced? What are the techniques available for cell balancing?