E6b Flight Computer Exercises ((full)) Page

This requires the back of the computer to find your Wind Correction Angle (WCA) and Groundspeed.

Slide the grid card so your pencil mark rests directly on the line representing your TAS (125 knots). Read your Ground Speed under the central grommet.

Slide the grommet (center hole) over a heavy line (e.g., ). Mark a "wind dot" 20 units up from the grommet (at 120 ). Rotate azimuth to your course ( 090° ).

Distance: 210 NM, Groundspeed: 160 knots. Find Time Enroute. Answer Key 1.1: 75.6 minutes (1 hour, 16 minutes) 1.2: 43 minutes 1.3: 78.7 minutes (1 hour, 19 minutes) 2. Fuel Consumption and Endurance Exercises e6b flight computer exercises

Set the under the "True Index" at the top of the wheel.

Result: Look at the "Rate" pointer (the large black triangle at 60). It points to .

Pressure Altitude 4,500 ft, OAT +20°C, IAS 110 knots. Find TAS. This requires the back of the computer to

Flight Computer: Electronic or not? Does it matter? If so, which one?

Convert 79 U.S. gallons of Avgas to pounds and liters. Solution for Gallons to Pounds:

Rotate the compass azimuth to set the wind direction (180°) under the "True Index" line. Slide the grommet (center hole) over a heavy line (e

Read the corresponding directly below it on the inner scale (B). Practice Problems

True course 194°. True airspeed 107 knots. Winds aloft: from 330° at 8 knots. Find WCA and groundspeed. Step-by-Step (using wind side):

The E6B flight computer exercises are an essential part of a pilot's training and professional development. By practicing these exercises, pilots can become proficient in using the E6B and improve their skills in performing various calculations related to flight. This comprehensive guide provides a foundation for pilots to develop their skills and become more confident in using the E6B flight computer.

Total Fuel=Fuel Flow Rate×TimeTotal Fuel equals Fuel Flow Rate cross Time Step-by-Step Mechanical E6B Method