A、A.shoreside loading rate
B、B.maximum cargo pump discharge rate
C、C.boiler forced draft fan rate
D、D.size of the largest cargo tank
更多“The combined fan discharge rate in an inert gas system is related to the（）.”相关的问题
A、Clean the heatsink assembly of debris. B、Turn the fan off when the AC adapter is attached. C、Turn the fan to low in the BIOS. D、Replace the processor and fan.
A、Router A remains the DIS and generates a new pseudonode LSP for that LAN B、Router A remains the DIS and NO new pseudonode LSP is generated for that LAN C、Router D becomes the new DIS, generates a new pseudonode LSP for that LAN, and purges the old pseudonode LSP generated by Router A D、Router D becomes the new DIS, does NOT generate a new pseudonode LSP for that LAN, and does NOT purge the old pseudonode LSP generated by Router A
A、close Fan and Humidifier at the same time B、firstly close Fan and then close humidifier immediately C、firstly close humidifier and then close Fan immediately D、firstly close humidifier and then close Fan after 30 seconds
A、A priority of 0 will prevent a router from becoming a DIS. B、If the DIS becomes unavailable the backup DIS is promoted to DIS. C、Adding a router with a higher priority than the current DIS will result in the new router becoming DIS. D、Separate L1 and L2 election processes are held on a brodcast network. E、L1 routers on a broadcast network only establish adjacencies with the DIS. F、If there is a tie based on priority，the router whose attached interface has the lowest MAC address becomes the DIS.
A、In interface configuration mode, the OSPFv3 area ID combination assigns interfaces to OSPFv3 areas. B、In router configuration mode, the network wildcard area ID combination assigns networks to OSPFv3 areas. C、In interface configuration mode, the IPv6 OSPF process area ID combination assigns interfaces to OSPFv3 areas. D、In router configuration mode, the IPv6 OSPF interface area ID combination assigns interfaces to OSPFv3 areas.
A、It forces hot air out of the PC B、The fan is easier to remove and clean C、It forces cooler air into the power supply quickly D、It forces cooler air across the motherboard
A、lower the no-load RPMs B、provide more air for combine with the fuel C、increase the no-load RPMs D、provide more fuel combine with the air
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