Question

10. What is done in an airplane in flight to mitigate this complication? 11. What is meant by the term "deep cycle? What is the first step in this process? 12. During servicing, Ni-Cad batteries are normally overcharged to of the rated amp-hour capacity 13. A typical 12 volt lead acid battery would have 14. An inverter changes to 15. A rectifier changes 16. Transport category aircraft operate on a frequency of 17. Name two ways static electricity is dissipated in airplanes. 18. What does a transformer do? 19. The best conductor of electricity is generally considered to be 20. Capacitors stop battery caps. to hertz flow and allowto pass. Bonus Question: What frequencies are utilized in a common instrument landing system? Which ones determine left and right? Which ones determine high or low?

Answer 1

Some can be answered and some cannot be. For example in question 10), what type of complications......this is an incomplete question.

11) deep cycle is related to a battery mainly lead acid type which can provide sustained power over a long period of time. This needs to be recharged after 80% power is discharged.

12) not sure

13) there are total of 6 caps with 2.1 V each.

14) inverted converts dc to ac

15) rectifier converts ac to dc.

16) it uses very high frequency band of range 108 to 137 MHz.

17) its body is made of aluminium which is a good conductor so electricity flows through the body and leaves the body from wing tip. The other method is to protrude wires from wing trailing edge which dissipate charge.

18) it either steps up or steps down the voltage.