Question

Please answer from k till r asap please!

In each of the following, indicate if the situation on the left would cause an increase (I), decrease (D) or no/not change (NC) to the variable on the right. You should place the appropriate letter(s) in the blank. a. Decrease in blood pressure would ___ secretion of aldosterone. b. Binding of epinephrine to Beta 2 receptors on blood vessels will ___ vessel diameter. c. Binding of norepinephrine to alpha 1 receptors on blood vessels will ___ vessel diameter. d. Decrease in plasma protein concentration would ___ capillary filtration. e. An Increase in EDV would ___ stroke volume. f. Decrease in contractility would ___ the ejection fraction. g. An Increased in mean arterial pressure would ___ baroreceptor firing rate. h. Hypoxia will ___ erythropoietin secretion. i. Blood viscosity will ___ if a person moves to a higher altitude. j. Deficiency in vitamin K will ___ the ability to form a blood clot. k. Hemophilia A results in ___ in the activation of the extrinsic dotting pathway. l. A decrease in vonWillenbrand Factor will ___ platelet adhesion and aggregation. m. Hemoglobin values ___ in a person with chronic obstructive pulmonary disease. n. Hemoglobin's affinity for oxygen ___ with an increase in temperature. o. Activation of the parasympathetic nervous system will ___ conduction through the AV node. p. Angiotensin II will ___ total peripheral resistance (TPR). q. Surfactant will ___ lung compliance which will ___ the work r. An increase in PCO_2 will ___ minute ventilation, a decrease in pH causes a(n) ___ in minute ventilation.

Answer 1

k. Hemophilia A results inNC l. A decrease in von Willenbrand Factor will m. Hemoglobin values n. Hemoglobin's affinity for oxygern o. Activation of the parasympathetic nervous system will p. Angiotensin I will q. Surfactant r. An increase in PCO2 will in the activation of the extrinsic clotting pathway. platelet adhesion and aggregation. Lin a person with chronic obstructive pulmonary disease. with an increase in temperature. D conduction through the AV node. total peripheral resistance (TPR) the work twill Ilung compliance which wi minute ventilation, a decrease in pH causes a(n) in minute ventilation.