During a VFR cross-country flight using VOR navigation, you find yourself to the right of the desired inbound radial. What is the recommended inflight intercept procedure?

In planning a cross-country flight, the distance for one leg is 140 nautical miles along a true course of 090°. The airplane's cruise true airspeed is 120 knots, and the wind at cruise altitude is from 270° at 20 knots. A climb of 3,600 feet is required at 600 feet per minute. The total time required to complete this leg is

You are planning a VFR cross-country flight from an airport in the Mountain Standard Time zone (UTC-7). Your planned departure time is 1300 local time, and the estimated enroute time is 2 hours. What is the estimated time of arrival in UTC?

During a VFR cross-country flight, you determine that you are 10 nautical miles off your desired course. You elect to fly an intercept heading using a 30° intercept angle with a groundspeed of 120 knots on that heading. Approximately how long will it take to rejoin your desired course?

You are planning a VFR cross-country flight and expect to depart at 0900 local time from an airport in the Pacific Standard Time zone (PST, UTC–8). The estimated time en route is 2 hours 45 minutes. Your estimated time of arrival (ETA) at the destination in UTC is

You are planning a daytime VFR cross-country flight along a magnetic course of 090°. The highest terrain elevation along the route is 3,500 feet MSL, with isolated obstacles to 4,700 feet MSL. A minimum of 1,000 feet clearance is required. The airplane's best glide performance yields approximately 1.8 statute miles per 1,000 feet of altitude above the terrain; higher altitudes are preferred due to limited suitable landing areas. Winds aloft forecast for the route: 5,000 feet MSL: 220° at 15 knots 7,500 feet MSL: 080° at 25 knots 9,500 feet MSL: 270° at 20 knots Which cruise altitude is most appropriate, considering terrain/obstacle clearance, VFR requirements, wind effects, and glide distance?

The measured distance on the VFR sectional chart from the departure airport to the destination airport is 140 nautical miles. The airplane's true airspeed is 120 knots, and there is a 20-knot tailwind directly along the course. The time required to complete this leg is

During a VFR cross-country flight, you are navigating TO a VOR station with the OBS set to 090°. The CDI shows full left deflection, and there is no wind. To intercept the course at approximately a 30° angle, which heading should you fly?