0% found this document useful (0 votes)
4 views5 pages

W B Exam

The document contains a series of multiple-choice questions related to basic flight dispatching, specifically focusing on weight and balance concepts. Topics include definitions of terms like datum line, moments, and CG, as well as calculations for payload, fuel, and weight limits. It serves as a quiz or assessment tool for individuals learning about aircraft weight management and balance principles.

Uploaded by

kwrabykastraly
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as DOCX, PDF, TXT or read online on Scribd
0% found this document useful (0 votes)
4 views5 pages

W B Exam

The document contains a series of multiple-choice questions related to basic flight dispatching, specifically focusing on weight and balance concepts. Topics include definitions of terms like datum line, moments, and CG, as well as calculations for payload, fuel, and weight limits. It serves as a quiz or assessment tool for individuals learning about aircraft weight management and balance principles.

Uploaded by

kwrabykastraly
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as DOCX, PDF, TXT or read online on Scribd
You are on page 1/ 5

Basic Flight Dispatcher

Weight & Balance

Choose The Correct Answer :

Q-1 Datum line is:


A- An imaginary line to measure arms from.
B- A central line.
C- A visible line.

Q-2 TEMAC is:


A- Trailing edge MAC.
B- Total CG.
C- Total MAC.

Q-3 Given LEMAC 35 Inch, TEMAC 170 Inch MAC =


A- 305 Inch.
B- 135 Inch.
C- 100 Inch.

Q-4 Weight is the force created by:


A- The lift.
B- The earth gravity.
C- The CG.

Q-5 Moment is:


A - Weight X Arm.
B- Weight X Moment.
C Arm X Station.

Q-6 Given a weight of 10000Lbs located 75Inches from Datum Line its moment is:
A- 7500 LbsInch.
B- 750000 LbsInch.
C- 13.33 LbsInch.

Q-7 Given an A/C weight of 45000 Lbs, total Moment 585000 Lbs Inch CG location:
A- 13 Inchs from DL.
B- 130 Inchs from DL.
C- 1.3 Inchs from DL.

Q-8 What will be the weight to be shifted to move a/c CG from station 85 to 90
If a/c weight is 45,000 Lbs, distance between compartments 120 Inches
A- 1875 Lbs.
B- 1.875 Lbs.
C- 18.75 Lbs.

Q-9 Max weights are:


A- Max T/O weight, Max ZFW weight, Max LDG weight.
B- Max T/O weight, Max ZFW weight, Dry Operating Weight.
C- Basic Weight, Dry Operating Weight.

Q-10 Given LEMAC at station 100 Inches and TEMAC at station 300 Inchs from DL
MAC length is:
A- 420 Inches.
B- 320 Inches.
C- 200 Inches.
Q-11 An a/c MAC is 200 Inches long CG is located 50 Inches from LEMAC, CG% is:
A- 25 %.
B- 300%.
C- None of above.

Q-12 If DL of an a/c is beside the wing moments forward are:


A- Positive.
B- Negative.
C- None of above.

Q-13 If two forces are not equal having the same moment, the lightest one has:
A- The shortest arm.
B- The longest arm.
C- The same arm.

Q-14 The pay load is the weight of :


A- Passengers + fuel.
B- Fuel + water.
C- Passengers + cargo + baggage + mail.

Q-15 Given passengers weight 10000, cargo 1750, baggage 1200 mail 250 Calculate the
payload :
A- 13,200 Kgs.
B- 10,200 Kgs.
C- 9,000 Kgs.

Q-16 Basic weight may include:


A- Take off fuel.
B- Unusable fuel.
C- Trip fuel.

Q-17 Trip fuel =


A- Take- off weight – landing weight.
B- Take- off weight + landing weight.
C- Landing weight + take-off weight.

Q-18 Zero fuel weight =


A- Take- off weight – fuel.
B- Take- off weight – payload.
C- None of above.

Q-19 Minimum weights are:


A- Zero fuel weight and landing weight
B- Take-off weight and taxi weight.
C- None of above.

Q-20 CG could be calculated in:


A- Inches.
B- % MAC.
C- Both of above .

Q-21 LEMAC:
A- Landing MAC.
B- Leading edge MAC.
C- None of above.

Q-22 If the CG is located aft:


A- Take off distance will be less and fuel will be more.
B- Take off distance will be less and trip fuel will be less.
C- None of above.
Q-23 MAC:
A- Mean Aerodynamic Chord.
B- Main Aeronautical.
C- None of above

Q-24 Standard passenger weights are:


A- Adult 85, child 35, infant 10 kilograms
B- Adult 80, child 45, infant 10 kilograms
C- Adult 70, child 35, infant 10 kilograms

Q-25 All arms are measured from:


A- Aircraft nose
B- Landing gears
C- Datum line

Q-26 Loading could be in:


A- Pallets only.
B- In containers only.
C- Both above.

Q-27 Index is a moment divided by:


A- A constant number.
B- Weight.
C- CG.

Q-28 LMC stands for:


A- Leading mac.
B- Last minute change.
C- None of above.

Q-29 Under load=


A- Take-off weight + payload.
B- Trip fuel + landing weight.
C- Allowed traffic load – Total traffic load.

Q-30 If the datum line is in front of a/c nose .


A- All moments are positive.
B- All moments are negative.
C- Some moments are negative.

Q-31 The a/c version is the seats classes First/Economy.


A- True.
B- False.

Q-32 Load sheet is:


A- IATA document.
B- ICAO document.
C- None of above.

Q-33 Trim sheet is the document to find a/c:


A- ZFW CG% of MAC.
B- TOW CG% of MAC.
C- Both above

Q-34 CG could be calculated in:


A- In Inches.
B- In CG% of MAC.
C- Both above.
Q-35 Prepare load sheet for following flight TIP- FCO:
QU FCOKKLN
.TIPLCLN 051615 MS
LN126 5AOLQ VER: 156Y CREW 2/0/6. TIP-FCO
- BW 42.200 KGS
- Crew 640 KGS
- Pantry 700 KGS
- T/O FUEL 10,500 KGS TRIP FUEL 7,450 KGS
- PAX: 130.00.00
- BAG: 1500 KGS
- CGO: 1500 KGS
- MAIL: 250 KGS
- Weights: A80KGS CH35KGS INF10KGS.
-
Q-36 File trim sheet for a/c 320 204 as follow:
- FIND ZFW CG% MAC and TOW CG% MAC if
-DOW 43,800
- H-ARM:19.100
- FUEL INDEX: (-2)
- PANTRY DEVIATION: +100KGS/E +100KGS/F
- BAG 1500/H1
- CGO 1000/H3 500/H4
- MAIL 250/H5
- PAX OA/35 0B/50 0C/45

Q-37 Last minute change weight should be added to:


A- Zero fuel weight only.
B- Take-off weight and Landing weight.
C- To all above.

Q-38 Loading live animal in cargo compartment needs:


A- Heat and ventilation.
B- Humidity.
C- Dry air.

Q-39 Load message is sent via:


A- SITA.
B- AFTN.
C- CADAS.

Q-40 A box of 1000 KGS with dimension of 2.5 meters and 2.0 meters loaded on an aircraft having
a load limit of 250kgs/m2. Find out if it is within limit.
A- Out of limit.
B- Within limit.
C- None of above.

You might also like