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Tuesday, April 3, 2018

Which of these processor architectures have smartphones traditionally used?

Which of these processor architectures have smartphones traditionally used?

  • Pentium
  • Core i7
  • Phenom II
  • ARM

Which of these processor architectures have smartphones traditionally used?

EXPLANATION

Most commonly, mobile devices use Advanced RISC Machine (ARM) CPUs. Core i7, Phenom II, and the older Pentium are used by desktop and laptop computers.
 
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A group of servers that work together to maintain high availability of applications and services is known as a

A group of servers that work together to maintain high availability of applications and services is known as a

  • Fallover Cluster
  • Fallsafe Cluster
  • Failsafe Cluster
  • Failover Cluster 

A group of servers that work together to maintain high availability of applications and services is known as a

EXPLANATION

A failover cluster is a group of servers that work together to maintain high availability of applications and services. If one of the servers, or nodes, fails, another node in the cluster can take over its workload without any downtime (this process is known as failover).
https://technet.microsoft.com/en-us/library/hh831579(v=ws.11).asp
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Friday, March 30, 2018

The physical server that runs the hypervisor is known as the:

The physical server that runs the hypervisor is known as the:

  • Master
  • Trunk
  • Host
  • Root 
The physical server that runs the hypervisor is known as the:

EXPLANATION


A hypervisor is a program that allows multiple operating systems to share a single hardware host. The hypervisor runs on a host server, which is the physical server that provides the resources used these virtual operating systems. https://en.wikipedia.org/wiki/Hypervisor
The term "Host" comes from the biological relationship between a host and a parasite. http://www.businessdictionary.com/definition/host-computer.html
 

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Thursday, March 29, 2018

A device is having a problem accessing the web and internal network via Ethernet. The ticket says it's an OSI layer 1 issue. What is the most reasonable first troubleshooting step to take once you're at the user's desk?

A device is having a problem accessing the web and internal network via Ethernet. The ticket says it's an OSI layer 1 issue. What is the most reasonable first troubleshooting step to take once you're at the user's desk?

  • Make sure the cable is plugged in and has link lights
  • Check the IP address and make sure it is appropriate for the network
  • See if it works in a different browser
  • Make sure the TCP port isn't blocked 

 
A device is having a problem accessing the web and internal network via Ethernet. The ticket says it's an OSI layer 1 issue. What is the most reasonable first troubleshooting step to take once you're at the user's desk?

EXPLANATION

Layer 1 is the physical layer. This layer transmits raw bits and doesn't differentiate them into packets.
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Wednesday, March 28, 2018

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