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  1. What is traffic shaping in networking?
    a. Increasing bandwidth randomly
    b. Controlling the volume of network traffic sent into the network
    c. Encrypting the data packets
    d. Compressing network data
    Answer: bwikipedia+2
  2. Which is the primary goal of traffic shaping?
    a. Maximize packet loss
    b. Optimize and guarantee network performance
    c. Increase network delays
    d. Minimize bandwidth usage
    Answer: btechtarget+2
  3. Traffic shaping is a type of which technique?
    a. Routing
    b. Quality of Service (QoS)
    c. NAT
    d. Encryption
    Answer: bzenarmor+2
  4. Which of the following best describes leaky bucket algorithm?
    a. It processes packets in bursts
    b. It allows constant output rate regardless of bursty input
    c. It compresses packets
    d. It increases input traffic
    Answer: bgeeksforgeeks+2
  5. What happens if the leaky bucket overflows?
    a. Network speed increases
    b. Excess packets are discarded
    c. Packets are compressed
    d. Network is encrypted
    Answer: bwikipedia+1
  6. Token bucket allows for which kind of output?
    a. Constant rate only
    b. Bursty and smooth output
    c. Only one packet per cycle
    d. No output
    Answer: btechtarget+2
  7. In which scenario is traffic shaping NOT used?
    a. Managing real-time video conferencing traffic
    b. Limiting bandwidth for guest network users
    c. Speeding up internet downloads only
    d. Guaranteeing service levels for business-critical applications
    Answer: cjumpcloud+1
  8. Which parameter is not typically controlled in traffic shaping?
    a. Bandwidth
    b. Volume
    c. Type of data
    d. Packet color
    Answer: dzenarmor+1
  9. Which is a popular traffic shaping technique?
    a. Round Robin
    b. Leaky Bucket
    c. Fast Retransmit
    d. Binary Exponential Backoff
    Answer: bgeeksforgeeks+1
  10. Traffic shaping improves which aspect of networking?
    a. Security
    b. Performance consistency
    c. Color coding
    d. Disk usage
    Answer: bf5+2
  11. What is another name for traffic shaping?
    a. Packet snooping
    b. Packet shaping
    c. Broadcast flooding
    d. DHCP reserving
    Answer: bwikipedia+1
  12. How is traffic shaping implemented in routers?
    a. By increasing RAM
    b. Using software or hardware policies to delay/schedule packets
    c. Adding more cables
    d. By disabling NAT
    Answer: bcisco+1
  13. Which traffic is most likely to benefit from traffic shaping?
    a. Real-time video streams
    b. Print jobs
    c. File system operations
    d. CMOS setup
    Answer: af5+1
  14. Excess traffic beyond shaping limits is typically:
    a. Discarded or delayed
    b. Reversed
    c. Sent immediately
    d. Broadcast to all users
    Answer: acisco+2
  15. Which algorithm is burst-tolerant, permitting higher data rates at times?
    a. Leaky bucket
    b. Token bucket
    c. ALOHA
    d. Flooding
    Answer: bgeeksforgeeks+1
  16. Which policy may be enforced via traffic shaping?
    a. Security Policy
    b. Bandwidth Policy
    c. Data Compression Policy
    d. Link Layer Policy
    Answer: btechtarget+1
  17. Traffic shaping can reduce:
    a. Jitter and packet loss
    b. Encryption overhead
    c. Disk fragmentation
    d. Application updates
    Answer: azenarmor+1
  18. In token bucket shaping, what controls the number of packets sent?
    a. Token availability
    b. Packet source
    c. Output buffer
    d. Hop count
    Answer: awikipedia+1
  19. Leaky bucket shapes traffic by:
    a. Enforcing a fixed output rate
    b. Allowing all traffic through
    c. Dynamically changing bucket size
    d. Prioritizing video packets
    Answer: ageeksforgeeks+1
  20. Which device is most commonly used to implement traffic shaping on a corporate network?
    a. Hub
    b. Switch
    c. Router
    d. Repeater
    Answer: ccisco+1
  21. What is the effect of traffic shaping on business-critical applications?
    a. Reduces their throughput
    b. Ensures consistent available bandwidth
    c. Introduces packet sniffing
    d. Drops all packets
    Answer: bf5+1
  22. Why is traffic shaping important for VoIP traffic?
    a. VoIP does not need steady rate
    b. Prevents jitter and improves call quality
    c. Encrypts calls
    d. Multicasts all calls
    Answer: bzenarmor+1
  23. Which organization provides extensive documentation on traffic shaping?
    a. IEEE
    b. Cisco
    c. Apple
    d. Sony
    Answer: bcisco+1
  24. The token bucket algorithm uses what to control transmission?
    a. Bandwidth tokens
    b. Color coding
    c. ACK/NACKs
    d. MAC addresses
    Answer: awikipedia+1
  25. Traffic shaping avoids which type of network congestion issue?
    a. Broadcast storms
    b. Tail drops and global synchronization
    c. ARP poisoning
    d. VLAN hopping
    Answer: bzenarmor+1
  26. Which protocol may work more efficiently under shaped traffic conditions?
    a. UDP
    b. TCP
    c. ARP
    d. RIP
    Answer: btechtarget+1
  27. What is the most direct outcome of successful traffic shaping?
    a. Unused bandwidth
    b. Predictable network performance
    c. Packet duplication
    d. Increased network faults
    Answer: btechtarget+2
  28. Which parameter is least relevant to traffic shaping configuration?
    a. Maximum burst size
    b. Allowed rate
    c. Minimum window size
    d. Shaping rate
    Answer: cf5+1
  29. Which of the following is a negative effect if traffic shaping is not implemented?
    a. Unpredictable delays
    b. Faster throughput for all
    c. No change in jitter
    d. Increased packet prioritization
    Answer: azenarmor+1
  30. Traffic shaping policies are typically enforced at which OSI layer?
    a. Physical
    b. Data Link
    c. Network
    d. Application
    Answer: ccisco+1
  31. Which command is commonly used in Cisco IOS for traffic shaping?
    a. shape average
    b. ip address
    c. enable routing
    d. switchport mode
    Answer: acisco
  32. Which application typically requires minimal latency and benefits from shaping?
    a. Email
    b. Streaming video
    c. Remote desktop
    d. Software updates
    Answer: btechtarget+1
  33. Which technique essentially holds traffic in a queue until it can be sent out at the designated rate?
    a. Traffic policing
    b. Traffic shaping
    c. ARP filtering
    d. Address translation
    Answer: bzenarmor+1
  34. The token bucket allows:
    a. Variable burst traffic
    b. Only fixed rate output
    c. Unlimited packet loss
    d. Guaranteed packet duplication
    Answer: ageeksforgeeks+1
  35. Which metric is generally improved by good traffic shaping?
    a. Round Trip Time (RTT)
    b. Encryption speed
    c. Data size
    d. Computing power
    Answer: af5+1
  36. Traffic shaping at the ISP level helps to:
    a. Manage customer bandwidth usage
    b. Increase latency only
    c. Guarantee packet loss
    d. Provide static IP addresses
    Answer: awikipedia+1
  37. Which type of applications are most susceptible to negative effects from poor or absent traffic shaping?
    a. Voice and video conferencing
    b. Printing documents
    c. File archiving
    d. Secure shell
    Answer: atechtarget+1
  38. What distinguishes traffic shaping from traffic policing?
    a. Traffic shaping delays excess traffic; traffic policing drops excess traffic
    b. Traffic shaping drops excess traffic; traffic policing delays excess traffic
    c. No difference
    d. Policing uses tokens, shaping uses buckets
    Answer: acisco+1
  39. The bucket in a token bucket algorithm fills at what rate?
    a. Variable
    b. Fixed
    c. Zero
    d. Random
    Answer: bgeeksforgeeks+1
  40. A common synonym for traffic shaping is:
    a. Packet snooping
    b. Packet shaping
    c. Traffic flooding
    d. Data snooping
    Answer: bwikipedia+1
  41. What will a bursty application experience without proper traffic shaping?
    a. Burst smoothing
    b. Lots of jitter and possible packet drops
    c. Steady packet flow
    d. No impact
    Answer: bzenarmor+1
  42. What tool is often used to visualize network traffic for shaping purposes?
    a. Packet analyzer
    b. Word processor
    c. Disk defragmenter
    d. Registry editor
    Answer: af5+1
  43. What is the output rate controlled by in the leaky bucket algorithm?
    a. Bucket size
    b. Leak rate (fixed rate)
    c. Token generation rate
    d. Frame length
    Answer: bgeeksforgeeks+1
  44. Which device often has built-in traffic shaping capabilities?
    a. Wireless router
    b. Dumb hub
    c. USB stick
    d. Webcam
    Answer: acisco+1
  45. What is most likely a configuration outcome of enabling traffic shaping?
    a. Some delay for large file transfers
    b. Higher error rates
    c. No outgoing packets
    d. Infected traffic
    Answer: af5+1
  46. In ISPs, why might traffic shaping be used?
    a. To align customer usage with paid service levels
    b. To break internet service
    c. To always increase latency
    d. To encrypt all data
    Answer: atechtarget+1
  47. What network metric does traffic shaping attempt to smooth?
    a. Jitter
    b. MAC address
    c. Frame check sequence
    d. Broadcast traffic
    Answer: af5+1
  48. Which Microsoft service can be configured for traffic shaping?
    a. Azure VPN Gateway
    b. Windows Calculator
    c. Notepad
    d. Paint
    Answer: af5
  49. Which policy might combine with traffic shaping for optimal effect?
    a. Traffic policing
    b. Data hashing
    c. SSL offloading
    d. WEP encryption
    Answer: atechtarget+1
  50. What is a valid use-case for traffic shaping in a university?
    a. Limiting bandwidth to student dormitories during daytime
    b. Speeding up print queues
    c. Allowing torrenting without restriction
    d. Disconnecting all users at night
    Answer: azenarmor+2

 

  1. https://en.wikipedia.org/wiki/Traffic_shaping
  2. https://www.zenarmor.com/docs/network-basics/what-is-traffic-shaping
  3. https://www.techtarget.com/searchnetworking/definition/traffic-shaping
  4. https://jumpcloud.com/it-index/what-is-traffic-shaping
  5. https://www.geeksforgeeks.org/computer-networks/traffic-shaping/
  6. https://www.cisco.com/c/en/us/support/docs/quality-of-service-qos/qos-policing/19645-policevsshape.html
  7. https://www.f5.com/glossary/traffic-shaping

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