4. in this problem, we consider sending real-time voice from host a to host b over a packet-switchednetwork (voip). host a converts analog voice to a digital 64 kbps bit stream on the y. host a thengroups the bits into 56-byte packets. there is one link between hosts a and b; its transmission rate is2 mbps and its propagation delay is 10 msec. as soon as host a gathers a packet, it sends it to hostb. as soon as host b receives an entire packet, it converts the packet's bits to an analog signal. howmuch time elapses from the time a bit is created (from the original analog signal at host a) until thebit is decoded and played back as part of the analog signal at host b?

Step 1: choose your topics review the project milestone reflections you submitted for modules 1 through 4. choose the one major idea or concept from each module that you feel most applies to your life. in addition, choose an important concept from module 5 that applies to your life. step 2: write your guidebook for each module: write a catchy headline that clearly and concisely sums up your chosen idea or concept write a brief explanation that includes a description of the concept, why it is important, and how it can be applied to your life to make a positive impact choose an exciting, powerful, or engaging image that illustrates your concept remember, you are writing one for each module, so you will have a total of five headlines, five descriptions, and five images. step 3: design your guidebook choose a format to present your digital guidebook. there are many 21st century tools available for creating and submitting your work in the online environment. for more information on tools your school uses, contact your instructor or visit the web 2.0 tools area.

Afiling system in which an intermediary source of reference, such as a file card, must be consulted to locate specific files is called a(n) system. a. shelf filing b. direct filing c. indirect filing d. shingling

Write the pseudo code for this problem based on what you learned from the video. the purpose is to design a modular program that asks the user to enter a distance in kilometers, and then converts that distance to miles. the conversion formula is as follows: miles = kilometers x 0.6214