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Scenario 2:<br>You work as a technical engineer in a company that designs and installs 4G and LTE (wireless cellular<br>networks] solutions for mobile networks like Zain, Orange and Umniah. Your role includes designing<br>and optimizing new communications solutions, which requires a good knowledge in sinusoidal signals<br>and their properties. Throughout a new project, your manager has requested your feedback on the<br>following cases.<br>Task 1:<br>An alternating current in a 4G signal transmitter is expressed as I = 5 sin(120nt + 0.52), I in mA, t in s,<br>Find:<br>A. The amplitude, period, frequency and phase shift (phase at time = 0, in degrees) of I<br>B. The value of the current / at:<br>iii. t= 1/30 iv. t 1/15<br>i.t=0 ii. t 1/60<br>What do you notice about your results?<br>C. If the phase of the current / is 1 radians, what is the time at this instance.<br>

Extracted text: Scenario 2: You work as a technical engineer in a company that designs and installs 4G and LTE (wireless cellular networks] solutions for mobile networks like Zain, Orange and Umniah. Your role includes designing and optimizing new communications solutions, which requires a good knowledge in sinusoidal signals and their properties. Throughout a new project, your manager has requested your feedback on the following cases. Task 1: An alternating current in a 4G signal transmitter is expressed as I = 5 sin(120nt + 0.52), I in mA, t in s, Find: A. The amplitude, period, frequency and phase shift (phase at time = 0, in degrees) of I B. The value of the current / at: iii. t= 1/30 iv. t 1/15 i.t=0 ii. t 1/60 What do you notice about your results? C. If the phase of the current / is 1 radians, what is the time at this instance.

Jun 05, 2022
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