BE76 Duchess AMEL

Power Loss - Before Takeoff

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Terms in this set (29)

Throttles - Idle Immediately
Brakes - As required, stop straight ahead

(Insufficient runway: Fuel Selectors - Off; Batt./Alts/Mags - Off)

Engine Loss After Takeoff

Control: Directional Control
Airspeed: 80 kts / 85 kts Go Around min
Power Up: Mixture/Props/Throttle - Full Forward
Clean Up: Flaps Up/Gear Up
Accelerate: Blue Line - 85 kts
Identify: Inop Engine (Dead Leg Dead Engine)
Verify: Cautiously Close Throttle on Inop
Rectify: "Floor to Door"
Fuel Selectors - On
Cowl Flaps - On
Carb Heat - On
Mixtures - Rich
Aux Pumps - On
Secure: Prop - Feather on Inop, Mixture - Cutoff
Checklist

Engine Loss In Flight

Control Airplane - Safe Airspeed 85 kts
Mixture/Props/Throttle - Full Forward
Identify Inop Engine (Dead Leg)
Verify - Retard Throttle on Inop
Troubleshoot - Fuel Pumps, Carb Heat, Fuel xfeed
Reverify Inop Engine
Air Start?
Secure Dead Engine

Secure Dead Engine

Reverify Inop. Engine
Throttle - Idle
Prop - Feather
Mixture - Idle/Cutoff
Fuel Pump - Off
Fuel - Off
Mag/Alt - Off
Cowl Flap - Close

One Engine Landing

Secure Inop. Engine
Blue Line Speed - 85 kts
Landing Assured - Lower Gear
Final Approach - 85 kts min
Committed to Land - Full Flaps

Both Engines Out Landing

Airpseed - 95 kts
Props - Feather
Mixture - Cutoff
Fuel - Off
Squawk - 7700
Declare Emergency
Seatbelts/Harnesses
Gear - Down
Flaps - As needed, Full when assured
Batt/Alt - Off
Doors - Unlatch
Protect Body

Electric Fire - In Flight

Batt/Alt/Electric Devices - Off
Cabin Heat/Air - Off
Fire Out? Batt/Alt On If Critical
1 Device On At Time
Reset Breakers Only If Critical

Engine Fire - In Flight

(Affected Engine Only)
Fuel - Off
Mixture - Cutoff
Prop - Feather
Fuel Pump - Off
Alt/Mags - Off
Airspeed - 140 kts, Land ASAP

Engine Fire - Start

Mixture - Cutoff
Continue Cranking
Fuel - Off
Batt/Alt - Off
Shutdown Other Engine
Evacuate/Fire Extinguisher

Icing

Pitot Heat - On
Carb Heat/Alt Static - As Needed
Cabin Heat & Defrost - Max
180 Turn Back
Altitude - Higher/Lower
Airspeed - Increase
Flaps - No Full
Land Faster as Needed

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Verified questions

computer science

Which of the following is a correct interface ?

(a)

interface A {
    void print() {}
}

(b)

abstract interface A {
    abstract void print() {}
}

(c)

abstract interface A {
    print();
}

(d)

interface A {
    void print();
}

(e)

interface A {
    default void print() {}
}

(f)

interface A {
    static int get() {
        return 0;
    }
}

Verified answer

engineering

A thin electronic component with a surface area of $950 \mathrm{~cm}^2$ is cooled by having a heat sink attached to its top surface. The thermal contact conductance of the interface between the electronic component and the heat sink is $2000 \mathrm{~W} / \mathrm{m}^2 \cdot \mathrm{K}$ . According to the manufacturer, the heat sink has combined convection and radiation thermal resistance of $0.3 \mathrm{~K} / \mathrm{W}$ . If the electronic component dissipates $45 \mathrm{~W}$ of heat through the heat sink in a surrounding temperature of $30^{\circ} \mathrm{C}$ , find the temperature of the electronic component. Does the contact resistance at the interface of the electronic component and the heat sink play a significant role in the heat dissipation?