100-101 Exam Engine - Dumps 100-101 Download

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One of the key benefits of the Facebook 100-101 exam is that it is recognized by Facebook as a measure of an individual's knowledge and skills in digital marketing. This certification can be a valuable credential for individuals looking to advance their careers in this field or for businesses and organizations seeking to hire qualified digital marketing professionals. The exam is designed to be accessible to individuals with a range of experience levels, from beginners to more experienced marketers.

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The Facebook 100-101 exam, also known as the Meta Certified Digital Marketing Associate exam, is a certification exam that tests the knowledge and skills of individuals in the field of digital marketing. This exam covers a range of topics, including Facebook advertising, social media marketing, and analytics, among others. It is designed to help individuals demonstrate their proficiency in digital marketing and gain recognition for their expertise.

Facebook Meta Certified Digital Marketing Associate Sample Questions (Q65-Q70):

NEW QUESTION # 65
How many addresses will be available for dynamic NAT translation when a router is configured with the following commands?
Router(config)#ip nat pool TAME 209.165.201.23 209.165.201.30 netmask
255.255.255.224
Router(config)#ip nat inside source list 9 pool TAME

A. 0
B. 1
C. 2
D. 3
E. 4
F. 5

Answer: A

Explanation:
Explanation/Reference:
209.165.201.23 to 209.165.201.30 provides for 8 addresses.
Topic 4, IP Routing Technologies

NEW QUESTION # 66
Which layer of the OSI model controls the reliability of communications between network devices using flow control, sequencing and acknowledgments?

A. Physical
B. Transport
C. Data-link
D. Network

Answer: B

Explanation:
There are many services that can be optionally provided by a transport-layer protocol, and different protocols may or may not implement them. Connection-oriented communication: It is normally easier for an application to interpret a connection as a data stream rather than having to deal with the underlying connection-less models, such as the datagram model of the User Datagram Protocol (UDP) and of the Internet Protocol (IP). Byte orientation: Rather than processing the messages in the underlying communication system format, it is often easier for an application to process the data stream as a sequence of bytes. This simplification helps applications work with various underlying message formats. Same order delivery: The network layer doesn't generally guarantee that packets of data will arrive in the same order that they were sent, but often this is a desirable feature. This is usually done through the use of segment numbering, with the receiver passing them to the application in order. This can cause head-of-line blocking. Reliability: Packets may be lost during transport due to network congestion and errors. By means of an error detection code, such as a checksum, the transport protocol may check that the data is not corrupted, and verify correct receipt by sending an ACK or NACK message to the sender. Automatic repeat request schemes may be used to retransmit lost or corrupted data. Flow control: The rate of data transmission between two nodes must sometimes be managed to prevent a fast sender from transmitting more data than can be supported by the receiving data buffer, causing a buffer overrun. This can also be used to improve efficiency by reducing buffer underrun. Congestion avoidance: Congestion control can control traffic entry into a telecommunications network, so as to avoid congestive collapse by attempting to avoid oversubscription of any of the processing or link capabilities of the intermediate nodes and networks and taking resource reducing steps, such as reducing the rate of sending packets. For example, automatic repeat requests may keep the network in a congested state; this situation can be avoided by adding congestion avoidance to the flow control, including slow-start. This keeps the bandwidth consumption at a low level in the beginning of the transmission, or after packet retransmission. Multiplexing: Ports can provide multiple endpoints on a single node. For example, the name on a postal address is a kind of multiplexing, and distinguishes between different recipients of the same location. Computer applications will each listen for information on their own ports, which enables the use of more than one network service at the same time. It is part of the transport layer in the TCP/IP model, but of the session layer in the OSI model.

NEW QUESTION # 67
Refer to the exhibit.

As packets travel from Mary to Robert, which three devices will use the destination MAC address of the packet to determine a forwarding path? (Choose three.)

A. Router1
B. Switch2
C. Router2
D. Switch3
E. Switch1
F. Hub1

Answer: B,D,E

Explanation:
Switches use the destination MAC address information for forwarding traffic, while routers use the destination IP address information. Local Area Networks employ Layer 2 Switches and Bridges to forward and filter network traffic. Switches and Bridges operate at the Data Link Layer of the Open System Interconnect Model (OSI). Since Switches and Bridges operate at the Layer 2 they operate more intelligently than hubs, which work at Layer 1 (Physical Layer) of the OSI. Because the switches and bridges are able to listen to the traffic on the wire to examine the source and destination MAC address. Being able to listen to the traffic also allows the switches and bridges to compile a MAC address table to better filter and forward network traffic. To accomplish the above functions switches and bridges carry out the following tasks: MAC address learning by a switch or a bridge is accomplished by the same method. The switch or bridge listens to each device connected to each of its ports and scan the incoming frame for the source MAC address. This creates a MAC address to port map that is cataloged in the switches/bridge MAC database. Another name for the MAC address table is content addressable memory or CAM table. When a switch or bridge is listening o the network traffic, it receives each frame and compares it to the MAC address table. By checking the MAC table the switch/ bridge are able o determine which port the frame came in on. If the frame is on the MAC table the frame is filtered or transmitted on only that port. If the switch determines that the frame is not on the MAC table, the frame is forwarded out to all ports except the incoming port.

NEW QUESTION # 68
Refer to the exhibit.

If the hubs in the graphic were replaced by switches, what would be virtually eliminated?

A. Ethernet collisions
B. repeater domains
C. signal amplification
D. broadcast domains
E. Ethernet broadcasts

Answer: A

Explanation:
Modern wired networks use a network switch to eliminate collisions. By connecting each device directly to a port on the switch, either each port on a switch becomes its own collision domain (in the case of half duplex links) or the possibility of collisions is eliminated entirely in the case of full duplex links.

NEW QUESTION # 69
Which two characteristics describe the access layer of the hierarchical network design model? (Choose two.)

A. redundant components
B. layer 3 support
C. port security
D. PoE
E. VLANs

Answer: B,C

Explanation:
2. Benefits of a Hierarchical Network Scalability: The modularity of the design of hierarchical networks allows you to replicate design elements as the network grows including the use of layer 3 support on network swithces. Because each instance of the module is consistent, expansion is easy to plan and implement. Redundancy: Redundancy at the core and distribution layers ensures path availability in case of any hardware failure in any of the devices on these layers. Performance: Link aggregation between levels and high-performance core and distribution level switches allows for near wire speed throughout the network. Properly designed hierarchical networks can achieve near wire speed between all devices. Security: Port security at the access level, and policies at the distribution layer make the network more secure. is important to keep the core layer free from any tasks that may compromise the speed of the link, all security should be handled at the access and distrubution layers. Manageability: Consistency between switches at each level makes management more simple. Each layer of the hierarchical design performs specific functions that are consistent throughout that layer. Therefore, if you need to change the functionality of an access layer switch, you could repeat that change across all access layer switches in the network because they presumably perform the same functions at their layer. Maintainability: Because hierarchical networks are modular in nature and scale very easily, they are easy to maintain. With other network topology designs, manageability becomes increasingly complicated as the network grows. In the hierarchical model, switch functions are different at each layer. You can save money by using less expensive access layer switches at the lowest layer, and spend more on the distribution and core layer switches to achieve high performance on the network.

NEW QUESTION # 70
......

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