A patient who is experiencing chest pain and shortness of breath is brought to the emergency department. The nurse assesses a heart rate of 98 beats per minute, bilateral lung crackles, and an oxygen saturation of 93%. Which drug should the nurse anticipate to administer next?

The nurse understands that the length of time needed for a drug to reach the minimum effective concentration (MEC) is the:

CULTURE Read the article and answer the following questions. Answer with FULL SENTENCES in French. TEXTE: Le constructeur automobile Citroën   La marque Citroën est une marque de voitures française créée en 1919 par André Citroën, ingénieur et industriel français. La marque est réputée pour son utilisation de technologies d’avant-garde et pour ses innovations dans le domaine de l’automobile. Le premier véhicule construit par Citroën, la voiture type A, a été la première voiture européenne construite en série. En 1924, Citroën a utilisé la première carrosserie entièrement en acier d’Europe. Puis, dans les années 1930, Citroën a inventé la traction avant. Parmi les modèles de voiture les plus vendus de la marque Citroën on compte la 2CV, ou « Deux chevaux », un modèle bon marché et très apprécié des jeunes dans les années 1970 et 1980. En 1976, Citroën a fusionné avec un autre grand constructeur automobile français, Peugeot, pour former le groupe PSA Peugeot-Citroën.   Marque make créée created construite en série mass-produced carrosserie body acier steel  traction avant front-wheel drive a fusionné merged ***** 1. Quelles sont les caractéristiques de la marque Citroën? [rep1] 2. Quelles est une des innovations de la marque Citroën ?  [rep2] 3. Quel modèle de voiture Citroën a eu beaucoup de succès ? [rep3] 4. Que faut-il avoir pour conduire sur l’autoroute en Suisse ? [rep4] 5. Qu’a fait la compagnie Citroën en 1976 ?  [rep5]    

Now that you have some experience with the robot’s code, write a short paragraph describing how you will approach working on Part02 of the lab. You should cover steps such as planning, time management, and debugging.

Sequential lineups where the photographs are shown one at a time are less likely to result in a false identification than a simultaneous lineup.

Using the code below, fill in the blanks to where the functions are completed:   # RIGHT BUTTON@event(robot.when_touched, [False, True])  # User buttons: [(.), (..)]async def when_right_button_touched(robot):    “””    When this button is pressed, 4 should be added to the USER_CODE,    the robot should play a note (D5) for 1 second, and check the code.    “””    ______(Question 1)________              # TODO: Declare a global variable for the code,                                            # This will be the same in all functions    USER_CODE += “4”    print(‘(..) button touched’)    await robot.play_note(Note.D5, 1)    ______(Question 2)________              # TODO: Check the USER_CODE against CURRENT_CODE                                            # Make sure to pass “robot” as an argument!    pass   Question 1: [Question1] Question 2: [Question2]   # LEFT BUTTON@event(robot.when_touched, [True, False])  # User buttons: [(.), (..)]async def when_left_button_touched(robot):    “””    When this button is pressed, 3 should be added to the USER_CODE,    the robot should play a note (C5) for 1 second, and check the code    “””    ________(Omitted)_________              # Global variable (answered in Question 1)    USER_CODE += “3”    print(‘(.) button touched’)    ______(Question 3)________              # TODO: Play the note specified in the function description    ________(Omitted)_________              # Check the USER_CODE against CURRENT_CODE (answered in Question 2)    pass   Question 3: [Question3]   # LEFT BUMP@event(robot.when_bumped, [True, False])  # [left, right]async def when_left_bumped(robot):    “””    When this bumper is pressed, 2 should be added to the USER_CODE,    the robot should play a note (E5) for 1 second, and check the code    “””    ________(Omitted)_________              # Global variable (answered in Question 1)    ______(Question 4)________              # TODO: Add the specified number to USER_CODE as a str    await robot.play_note(Note.E5, 1)    ________(Omitted)_________              # Check the USER_CODE against CURRENT_CODE (answered in Question 2)    pass   Question 4: [Question4] # RIGHT BUMP@event(robot.when_bumped, [False, True]) # [left, right]async def when_right_bumped(robot):    “””    When this bumper is pressed, 1 should be added to the USER_CODE,    the robot should play a note (F5) for 1 second, and check the code    “””    ______(Question 5)________              # TODO: Declare a global variable for the code    USER_CODE += “1”    await robot.play_note(Note.F5, 1)    ________(Omitted)_________              # Check the USER_CODE against CURRENT_CODE (answered in Question 2)    pass async def checkUserCode(robot):    …    pass   Question 5: [Question5]

A witness’s confidence often changes between the initial identification and trial because it is susceptible to misinformation and confirmation bias.

What is the name for the highly suggestible type of lineup where the witness is only shown one person or one photograph and asked if that person is the perpetrator?

Review the following code snippet: # Function 4: touched_right()# TODO: Fill in the blanks to implement this function.# Recall: When the (..) button is pressed, the robot will increase its spinning speed by 2,# and play the note D5. # setting up an event that will be triggered when the left button on the robot is touched.@event(robot.when_touched, [False, True])          # the [True, False] list indicates the left button is touched.async def touched_left(robot):                     ________(Omitted)_________                     # TODO: specify that SPEED and ROTATION_DIR are global variables    print(‘Right button pressed’)                  # output message for debugging or user feedback.    SPEED += 2                                     # increase the SPEED by 2    if ROTATION_DIR == “clockwise”:        ________(Omitted)_________                 # TODO: set the robot’s wheel speeds to rotate clockwise.    elif ROTATION_DIR == “counter-clockwise”:        ______(Question 4)________                 # TODO: Question 4 – set the robot’s wheel speeds to rotate counter-clockwise.    ______(Question 5)________                     # TODO: Question 5 – play the note D5 for half a second.   Using the code snippet above, answer Questions 4 and 5 using the drop down boxes.  Question 4: [Question4] Question 5: [Question5]  

Please confirm that you will abide by the UF Honor Code at all times during and after this exam. Please also confirm that you will READ EACH QUESTION CAREFULLY. Please utilize anatomical terminology when answering short answer questions. Finally, please affirm that you have done a complete/proper room scan and showed your blank white board to the camera.