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A patient suspected of multiple sclerosis undergoes MRI. The radiologist requests a sequence that enhances periventricular plaques while suppressing CSF. Which sequence would you choose and why?  (2)

How would you evaluate inflammation and fluid accumulation in the MRI scan of the sinuses? 

A patient experiences severe anxiety and claustrophobia before an MRI scan. As a radiographer, what steps would you take to ensure the patient’s comfort and successful completion of the procedure?   (5)

Explain how TR and TE influence image contrast in T1- and T2-weighted imaging.    (4)

Which MRI sequence is specifically useful for evaluating chronic sinusitis?

Describe three key emergency protocols that should be followed in case of an MRI-related incident.  (6)

List and describe ANY two types of MRI artifacts and their solutions.  (4)

What is a recommended patient care practice following the administration of GBCAs?

Shared Instructions Indicate the result of the snippet of code, assuming that it is in a main method of a class. More specifically, you must indicate one of the following: the output of the code, if the code compiles and runs without errors which statement(s) don’t compile (line #s, first line is #1) and why, if the code doesn’t compile when put in a main method the type of runtime error (a class name ending with Exception) and the statement that caused it (line #, first line is #1) if the code compiles but doesn’t run properly Shared Code public class Vehicle { // In Vehicle.java public String toString() { return “vehicle”; } public String fuel() { return “gas”; }}public class Truck extends Vehicle { // In Truck.java public String toString() { return “truck”; }}public class Car extends Vehicle { // In Car.java public String toString() { return “car”; } public String honk() { return “beep”; }}public class Sedan extends Car { // In Sedan.java public String toString() { return “sedan”; }} Unique Snippet Vehicle v = new Car();Truck t = (Truck) v;System.out.print(t.toString());

Write a compareTo method for a Product class that uses two instance variables to determine order: price (double) and name (String). The ordering of Student established by this class is:  Order first by price, in ascending order (lowest price first). If prices are equal, order by name alphabetically (A before Z). If both variables are the same between the instances, the products are equal. You do not have to add the code for the instance variables.   Canvas Tip for all Qs: Click on the dropdown that says “Paragraph” and switch to “Preformatted” to get a monospaced font – this can help in coding answers