The needed antenna length (in meters) for a communications system uses a carrier frequency of 145 MHz is: Note: The speed of light approximately 300 million meters per second. Each side should measure (λ/4)
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You’ve been treating a stage III wound according to the POC…
You’ve been treating a stage III wound according to the POC provided by the supervising PT. Explain what your daily documentation should entail regarding the the wound. (Provide at least six elements)
Explain the difference between primary and secondary lymphed…
Explain the difference between primary and secondary lymphedema.
Describe the difference between nonselective and selective d…
Describe the difference between nonselective and selective debridement and provide a debridement method for each.
Describe the physical therapy management (Interventions & pa…
Describe the physical therapy management (Interventions & patient education) for patients with venous and arterial insufficiency.
Bode plots Sketch the Bode magnitude and phase diagrams for…
Bode plots Sketch the Bode magnitude and phase diagrams for the following transfer function. Do the first order (linear, not with jumps) approximation for the phase and magnitude.No need to calculate the magnitude at the break points. Do the work on paper showing all the steps (which you’ll submit later) but type below the phase at zero rad/s and infinite rad/s.
What term is intricately involved in the formation of the pa…
What term is intricately involved in the formation of the partial negative and partial positive charges in the following image?
Frequency response based design: Lag Consider a unity feedba…
Frequency response based design: Lag Consider a unity feedback system with the plant Gp = 1 / ( (s+3) (s2 + 2s + 4) ) Here is some information from the Bode of Gp(s): At frequency ω = 0 rad/s magnitude is -21.6 dB and phase is 0 degAt frequency ω = 2.24 rad/s magnitude is -24.7 dB and phase is -140 degAt frequency ω = 7.85 rad/s magnitude is -54 dB and phase is -234 degAt frequency ω = 69 rad/s magnitude is -110 dB and phase is -266 deg Compute the gain K that will yield overshoot Mp=0.254. Using the gain K from part (a), compute the parameter α of a lag compensator so that the steady-state error to a unit step reference input is 0.02. Determine τI such that the desired phase margin does not change too much. Does the choice of τI affect the steady-state error? Do the work on paper showing all the steps (which you’ll submit later) but type below your K, α and τI
Choose the vector function below that represents the curve o…
Choose the vector function below that represents the curve of intersection of the cylinder and the plane .
WARNING: The position function you were working with in the…
WARNING: The position function you were working with in the previous questions is changing! For the following 5 questions, let