Fir 220 Study guides, Class notes & Summaries

062 – RADIO NAVIGATION. What airborne equipment, if any, is required to be fitted in order that a VDF let-down may be flown? A – none B – VOR C – VHF radio D – VOR/DME Ref: all Ans: C 11133. The maximum theoretical range at which an aircraft at FL80 can obtain bearings from a ground VDF facility sited 325 FT above MSL is: A – 107 NM B – 158 NM C – 134 NM D – 114 NM Ref: all Ans: C 11148. Which of the following is an advantage of Ground/DF (VDF) let-down? A –...

062 – RADIO NAVIGATION. What airborne equipment, if any, is required to be fitted in order that a VDF let-down may be flown? A – none B – VOR C – VHF radio D – VOR/DME Ref: all Ans: C 11133. The maximum theoretical range at which an aircraft at FL80 can obtain bearings from a ground VDF facility sited 325 FT above MSL is: A – 107 NM B – 158 NM C – 134 NM D – 114 NM Ref: all Ans: C 11148. Which of the following is an advantage of Ground/DF (VDF) let-down? A –...

(Fundamentals of Engineering) Which of the following species of wood are classified as softwood? a) Maple b) Ash c) Spruce d) Poplar - answer-c) Spruce (Fundamentals of Engineering) Civil engineers __________. a) design electrical power systems b) develop mechanical hardware c) design bridges, roadways and dams d) design systems with pulleys, gears, and torque - answer-c) design bridges, roadways, and dams. (Fundamentals of Engineering) The hardness of steel can be increased by ...

062 – RADIO NAVIGATION. What airborne equipment, if any, is required to be fitted in order that a VDF let-down may be flown? A – none B – VOR C – VHF radio D – VOR/DME Ref: all Ans: C 11133. The maximum theoretical range at which an aircraft at FL80 can obtain bearings from a ground VDF facility sited 325 FT above MSL is: A – 107 NM B – 158 NM C – 134 NM D – 114 NM Ref: all Ans: C 11148. Which of the following is an advantage of Ground/DF (VDF) let-down? A –...

FLORIDA FIRE STATE EXAM ACTUAL EXAM 220 QUESTIONS AND CORRECT DETAILED ANSWERS WITH RATIONALES (VERIFIED ANSWERS) |AGRADE

Midterm Physical Diagnosis (04.12.2020) 1. During the assessment of the patient with left ventricular failure you check the radial pulse, which has the force changing from beat to beat. Which one from the following pulses is described? A. Irregularly irregular pulse B. Pulsus alternans C. Paradoxical pulse D. Regularly irregular pulse E. Large bounding pulse F. Weak pulse 2. Left lateral decubitus position helps to identify which one from the following? A. Murmur of pulmonic stenosi...

Midterm Physical Diagnosis (04.12.2020) 1. During the assessment of the patient with left ventricular failure you check the radial pulse, which has the force changing from beat to beat. Which one from the following pulses is described? A. Irregularly irregular pulse B. Pulsus alternans C. Paradoxical pulse D. Regularly irregular pulse E. Large bounding pulse F. Weak pulse 2. Left lateral decubitus position helps to identify which one from the following? A. Murmur of pulmonic stenosi...

What has the highest strength to weight ratio? - answer-Carbon Fiber According to the U.S. Dept. of commerce between 2008 and 2018 U.S. STEM jobs are predicted to grow by __ % compared to a growth rate estimated of just under 10 % for non-STEM jobs. - answer-17% Which of the following engineers work to create roads bridges and tunnels? - answer-Civil Engineers The difference between hardwood and softwood is - answer-Hardwoods (Have leaves) are from deciduous trees, softwoods (Have needl...

Midterm Physical Diagnosis (04.12.2020) 1. During the assessment of the patient with left ventricular failure you check the radial pulse, which has the force changing from beat to beat. Which one from the following pulses is described? A. Irregularly irregular pulse B. Pulsus alternans C. Paradoxical pulse D. Regularly irregular pulse E. Large bounding pulse F. Weak pulse 2. Left lateral decubitus position helps to identify which one from the following? A. Murmur of pulmonic stenosi...

1. A decrease in the temperature of a gas sample in a closed container will always result in an increase in the: A. value of the PV / (RT) ratio. kinetic energy of individual gas molecules. C. gas pressure on the container. D. attraction between gas molecules. Correct Explanation: D. Since the temperature of a gas is proportional to the average kinetic energy of its molecules, decreasing the temperature will result in a decrease in kinetic energy. This decrease in kinetic energy will ...