Your 42 year old new patient presents in your new patient exam (NPE) rotation and has not been to a dentist for 20 years.  He has a large amount of supragingival calculus and stain with generalized inflammation.  You check in your head and neck exam with the faculty and determine that there are not any pathological findings, just a variation of normal consisting of bony deposits on the buccal of the mandibular alveolar process and on the palate.  The faculty advises you to get a full series of radiographs and to use the ultrasonic throughout the mouth first since there is so much calculus, charging out a 4355 code, before you will be able to accurately complete periodontal assessments and restorative charting. On the radiographs you see that there is a generally moderate bone loss and radiographic furcation involvement as well as generalized radiographic calculus deposits.  Use this information to answer following questions. QUESTION: In this scenario, why were radiographs and ultrasonic use recommended before completing periodontal charting?

What is a possible set of quantum numbers for the orbital shown below? 

What specific category describes an organism that obtains energy from the sun?

BCH4024 F2024 OC E4 Q13: Which of the following is NOT a function of bacterial core RNA polymerase?

How many valence electrons does sulfur (S) have? 

What type of muscle tissue is this? tissue

BCH4024 F2024 OC E4 Q7: Which of the following is a substrate for primase?

A spherical balloon is inflated with gas at the rate of 200 cubic centimeters per minute. To the nearest tenth of a cm/min, how fast is the radius of the balloon increasing at the instant the radius is 4 centimeters? Hint: V = 4 3 πr 3

What is the volume of ammonia (NH3) produced when 0.315 g of nitrogen gas reacts with excess hydrogen gas at STP? 

Use the function below to answer parts a and b.                           f ( x ) = 7 x x 2 + 1 Calculate the local extrema. Enter answers in decimal format (no fractions).                        The local min is : ([BLANK-1], [BLANK-2])                        The local max is: ([BLANK-3],[BLANK-4])            b. Identify the intervals on which the function is increasing and decreasing.                        The interval(s) on which  f ( x ) is increasing is/are [BLANK-5].                        The interval(s) on which  f ( x ) is decreasing is/are [BLANK-6] NOTE: YOU MUST USE THE EQUATION TOOL TO ENTER YOUR INTERVALS. Separate multiple intervals with a comma and use -infinity to represent – ∞ and infinity to represent  ∞ .