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Calculate AVF using values listed below for case study for Patient A. Case study – Patient A LV 200/10 AO 120/60 Mean valve gradient 80mmHg Set= 3cm HR 60 bpm CO= 5.0 L/min or 5000mL Paper speed is 10 cm/sec (100mm/sec)

The directional term that means "closest to the point of attachment to the trunk" is

Calculate SVR using values listed below. Case study:            AO 110/60   sat 96%            LV  198/18          sat 96%            PA 30/12/20      sat 74%            RV 30/8             sat 72%            RA 8                   sat 72%            PCW 18             sat 96%            SVC 8                 sat 73%            IVC 7                  sat 75%            Hgb 13            BSA 2.1            HR 90 bpm

Exocrine glands secrete their products into blood.

________is also referred to as the “spider view”.

Calculate Fick cardiac output using values listed below. Case study:            AO 110/60   sat 96%            LV  198/18          sat 96%            PA 30/12/20      sat 74%            RV 30/8             sat 72%            RA 8                   sat 72%            PCW 18             sat 96%            SVC 8                 sat 73%            IVC 7                  sat 75%            Hgb 13            BSA 2.1            HR 90 bpm

Calculate MVF using values listed for the below for B. Case Study – Patient B AO 130/60 LV 130/12 PCW 22 PA 25/10/15 RV 25/4 RA 4 HR 66 bpm DFT 5cm CO 4.2 L/min  (4200 mL/min) Paper speed is 10cm/sec (100mm/sec) dft=5cm Mean valve gradient=10mmHG

Water contains two hydrogen atoms bound to one oxygen atom; "H2O" is therefore water's

Sebum (oil) produced by sebaceous glands is involved in:

Anaerobic cellular respiration occurs in absence of oxygen.