Which type of attack uses a database or databases to guess a password in order to gain

A . Lobe B . Screw C . Radial piston D . Volute

A .  Error B .  Event C .  Object D .  Exception E .  Throwable F .  Runtime Exceptio

A .  Error B .  Event C .  Object D .  Exception E .  Throwable F .  RuntimeExceptio

A . denial of service B . brute force C . reconnaissance D . Trojan horse

A . #6 solid copper B . #12 solid copper C . #20 solid copper D . #22 solid copper

A . Fires in electrical equipment B . Flammable oils and greases C . Class A fires in ordinary combustibles D . Materials containing their own oxyge

A . switch to switch B . switch to hub C . switch to router D . hub to hub E . router to PC

A . dictionary B . bit-flip and replay C . mac spoofing D . man-in-the-middle

A .  Configure only trusted interfaces with root guard. B .  Implement private VLANs （PVLANs） to carry only user traffic. C .  Implement private VLANs （PVLANs） to carry only DHCP traffic. D .  Configure only untrusted interfaces with root guard. E .  Configure DHCP spoofing on all ports that connect untrusted clients. F .  Configure DHCP snooping only on ports that connect trusted DHCP servers. G .  None of the other alternatives apply

A . Polyphase B . Wound-rotor C . Induction D . Synchronou

A . Fault management B . Accounting management C . Operations management D . Performance management E . Security management F . Configuration management

A . denial of service B . brute force C . reconnaissance D . Trojan horse&e

A . Detachable B . Open C . Pear shaped D . Stud link

A . data files B . backup sets C . control files D . archived redo log file

A .  digital signatures B .  symmetric ciphering C .  hashalgoritms D .  asymmetric ciphering E .  digital certificate

A . Advertise Discount B . Let the system suggest products on auction C . Cross-sell products based on contents of the customer’s wish list D . Up-sell products based on the contents of the current page

A . Signature-based detection B . Anomaly-based detection C . Honey pot detection D . Policy-based detectio

A . Attacker sends multiple DHCP requests flooding DHCP server B . Attacker connects rogue server initiating DHCP requests C . Attacker connects rogue server replying to DHCP requests D . Attacker sends DHCP jam signal causing DHCP server to crash E . Attacker sends gratuitous ARP replies， thereby jamming the DHCP server F . Attacker sends unsolicited DHCP replies， thereby jamming the DHCP server

A .  Loopback interface B .  SVI interfac C .  Routed port D .  Access port E .  EtherChannel port channel F .  BVI interface

A .  Man-in-themiddle attack B .  Spoof attack C .  Land.C attack D .  Buffer Overflow E .  Day zero attack F .  Trojan Horse

A．Low-cost,short-term B．High-cost,short-term C．Low-cost,long-term D．High-cost,long-term

<img src='https://img2.soutiyun.com/shangxueba/ask/64230001-64233000/64232957/36aff23b50569b62a71f897b58db5f71.jpg' /> A. behavior aggregate B. policer C. multifield D. forwarding policy