{"id": 158, "category": null, "questions": [{"id": 768, "category": null, "answers": [{"id": 2348, "content": "IP Valve closes.", "correct": false}, {"id": 2349, "content": "HP Valve opens, IP stage closes.", "correct": false}, {"id": 2350, "content": "the system bleeds air from the HP stage and maintains it at 36 \u00b1 4 psi", "correct": true}], "type": "MCQuestion", "difficulty": "medium", "content": "

At low engine speed when the pressure and temperature of the IP air are
\r\ntoo low ...

", "explanation": "

DSC:36-10-20

\r\n\r\n

At low engine speed, when the pressure and temperature of the IP are too low,The system bleeds air from the HP stage and maintains it at 36+/- 4 psi

", "created_at": "2024-03-23T04:54:58.292791Z", "updated_at": "2024-04-23T10:43:32.283977Z", "allow_comments": true, "status": "change", "reviewer_feedback": "

On the NEO it is 65+-15 PSI. Please reword and add a 4th answer.

\r\n\r\n

Thank you.

", "last_reviewed_at": "2024-04-23T10:43:32.283773Z", "answer_order": "random", "allow_multiple_answers": false, "author": 2493, "reviewer": 9, "quiz": [158]}, {"id": 271, "category": null, "answers": [{"id": 775, "content": "ELAC1", "correct": false}, {"id": 776, "content": "ELAC2", "correct": true}, {"id": 777, "content": "ELAC 1 + 2", "correct": false}, {"id": 778, "content": "SEC 1", "correct": false}], "type": "MCQuestion", "difficulty": "medium", "content": "

During normal operations, which computers controls the elevators and the horizontal stabilizer?

", "explanation": "

FCOM-DSC-27-10-20-Pitch Control

\r\n\r\n

During normal operations, ELAC2 controls the elevators and the horizontal stabilizer as ELAC1 is in charge of ailerons.

", "created_at": "2021-01-30T20:38:20.347804Z", "updated_at": "2021-09-18T19:45:56.736456Z", "allow_comments": true, "status": "accepted", "reviewer_feedback": "", "last_reviewed_at": null, "answer_order": "random", "allow_multiple_answers": false, "author": 9, "reviewer": null, "quiz": [31, 15, 158, 126]}, {"id": 75, "category": null, "answers": [{"id": 253, "content": "5 mm", "correct": true}, {"id": 254, "content": "3 mm", "correct": false}, {"id": 255, "content": "10 mm", "correct": false}, {"id": 613, "content": "1 mm", "correct": false}], "type": "MCQuestion", "difficulty": "medium", "content": "

Ice accretion is considered severe, when the ice accumulation on the airframe reaches approximately:

", "explanation": "

FCOM-LIM-ICE RAIN-Definition of Severe Ice Accretion

\r\n\r\n

Ice accretion is considered severe when the ice accumulation on the airframe reaches a thickness of approximately 5 mm (0.2 in) or more.

", "created_at": "2021-01-21T03:39:18.895216Z", "updated_at": "2021-07-28T10:36:58.417493Z", "allow_comments": true, "status": "accepted", "reviewer_feedback": "", "last_reviewed_at": null, "answer_order": "random", "allow_multiple_answers": false, "author": 9, "reviewer": null, "quiz": [18, 87, 104, 37, 74, 158]}, {"id": 290, "category": null, "answers": [{"id": 840, "content": "more than 30 minutes", "correct": true}, {"id": 841, "content": "30 minutes", "correct": false}, {"id": 842, "content": "20 minutes", "correct": false}, {"id": 843, "content": "10 minutes", "correct": false}], "type": "MCQuestion", "difficulty": "medium", "content": "

If all the other power sources fail, it is possible to fly on the batteries for:

", "explanation": "

FCTM-PR-AEP-ENG-All Engines Failure

\r\n\r\n

Total flight time on batteries is more than 30 minutes if you follow the associated abnormal procedure. However, each APU start attempt will reduce this flight time by 3.5 minutes.

", "created_at": "2021-02-22T14:21:18.337353Z", "updated_at": "2021-09-24T14:58:22.139627Z", "allow_comments": true, "status": "accepted", "reviewer_feedback": "", "last_reviewed_at": null, "answer_order": "random", "allow_multiple_answers": false, "author": 9, "reviewer": null, "quiz": [36, 102, 105, 141, 81, 158]}, {"id": 554, "category": null, "answers": [{"id": 1635, "content": "blue", "correct": true}, {"id": 1636, "content": "yellow", "correct": false}, {"id": 1637, "content": "green", "correct": false}], "type": "MCQuestion", "difficulty": "easy", "content": "

If electrical power is lost or if both engines fail, the drop-out of the RAT (RAM AIR TURBINE), allows the _____ hydraulic system to function.

", "explanation": "

FCOM-DSC-29-10-20-GENERATION

\r\n\r\n

If electrical power is lost or if both engines fail, the drop-out of the RAT (RAM AIR TURBINE), allows the blue hydraulic system to function.

", "created_at": "2021-07-18T15:39:56.189594Z", "updated_at": "2021-07-18T15:39:56.189614Z", "allow_comments": true, "status": "accepted", "reviewer_feedback": "", "last_reviewed_at": null, "answer_order": "random", "allow_multiple_answers": false, "author": 9, "reviewer": null, "quiz": [31, 17, 36, 102, 106, 158]}, {"id": 472, "category": null, "answers": [{"id": 1370, "content": "all of them (5)", "correct": false}, {"id": 1371, "content": "3,4 and 5", "correct": true}, {"id": 1372, "content": "1,2 and 3", "correct": false}, {"id": 1373, "content": "1 and 2", "correct": false}], "type": "MCQuestion", "difficulty": "medium", "content": "

In flight, which slats receive bleed air for wing anti-ice?

", "explanation": "

FCOM-DSC-30-20-10 Ice and Rain protection

\r\n\r\n

Only slats 3,4 and 5 receive hot engine bleed air for anti-icing purpose.

", "created_at": "2021-04-12T19:40:19.610944Z", "updated_at": "2022-11-30T16:54:58.186078Z", "allow_comments": true, "status": "accepted", "reviewer_feedback": "

Update

", "last_reviewed_at": "2022-11-30T16:54:58.181945Z", "answer_order": "random", "allow_multiple_answers": false, "author": 9, "reviewer": 9, "quiz": [31, 18, 112, 128, 158]}, {"id": 380, "category": null, "answers": [{"id": 1059, "content": "\"UNRELIABLE AIRSPEED\", 5\u00b0/CLIMB", "correct": false}, {"id": 1060, "content": "\"UNRELIABLE AIRSPEED\", 10\u00b0/CLIMB", "correct": true}, {"id": 1061, "content": "\"PULL UP TOGA\", 15\u00b0/TOGA", "correct": false}, {"id": 1062, "content": "\"UNRELIABLE AIRSPEED\", 10\u00b0/MCT", "correct": false}], "type": "MCQuestion", "difficulty": "easy", "content": "

[MEMORY ITEM] In the case of UNRELIABLE AIRSPEED between thrust reduction altitude and FL100, what is the associated callout and which pitch and power do you adopt ?

", "explanation": "

FCOM-PRO-ABN-NAV-Unreliable Speed Indication

\r\n\r\n

FCOM-PRO-ABN-ABN-00-Abnormal and Emergency Callouts

\r\n\r\n

The associated callout is: "UNRELIABLE AIRSPEED"

\r\n\r\n

Below thrust reduction altitude: 15°/TOGA

\r\n\r\n

Between thrust reduction altitude and FL100: 10°/CLIMB

\r\n\r\n

Above FL100: 5°/CLIMB

", "created_at": "2021-03-09T22:39:35.279541Z", "updated_at": "2021-07-06T19:22:50.757297Z", "allow_comments": true, "status": "accepted", "reviewer_feedback": "", "last_reviewed_at": null, "answer_order": "random", "allow_multiple_answers": false, "author": 9, "reviewer": null, "quiz": [33, 38, 81, 158]}, {"id": 497, "category": null, "type": "TFQuestion", "difficulty": "medium", "content": "

The aircraft has 2 ILS receivers: ILS1 and ILS2. Data from ILS 1 are displayed on PFD1 and ND2.

", "explanation": "

FCOM-DSC-34-30-20- Navaids

\r\n\r\n

This statement is true,

\r\n\r\n

- PFD1 and ND2 display ILS1 information.
\r\n- PFD2 and ND1 display ILS2 information.

", "created_at": "2021-05-29T21:52:08.257493Z", "updated_at": "2022-11-30T16:46:26.752803Z", "allow_comments": true, "status": "accepted", "reviewer_feedback": "

Update

", "last_reviewed_at": "2022-11-30T16:46:26.748397Z", "correct": true, "author": 9, "reviewer": 9, "quiz": [31, 22, 128, 85, 158]}, {"id": 359, "category": null, "type": "TFQuestion", "difficulty": "medium", "content": "

The windshear detection system is a function of the Flight Augmentation Computer (FAC).

", "explanation": "

FCOM-DSC-31-40-FLAGS AND MESSAGES DISPLAYED ON PFD

\r\n\r\n

This statement is correct.

", "created_at": "2021-03-02T19:48:06.197387Z", "updated_at": "2022-02-03T20:57:08.862368Z", "allow_comments": true, "status": "accepted", "reviewer_feedback": "", "last_reviewed_at": null, "correct": true, "author": 9, "reviewer": null, "quiz": [31, 9, 115, 158]}, {"id": 767, "category": null, "answers": [{"id": 2345, "content": "Engines", "correct": true}, {"id": 2346, "content": "APU", "correct": true}, {"id": 2347, "content": "HP ground connection", "correct": true}, {"id": 2358, "content": "RAM air", "correct": false}], "type": "MCQuestion", "difficulty": "easy", "content": "

What are the systems able to supply the bleed system with high pressure air?

", "explanation": "

FCOM-DSC-36-10-10-General

\r\n\r\n

Three sources can provide high pressure air:

\r\n\r\n

- The Engine bleed system

\r\n\r\n

- The APU

\r\n\r\n

- The HP ground connection

", "created_at": "2024-03-23T04:52:08.761201Z", "updated_at": "2024-04-23T10:52:14.469900Z", "allow_comments": true, "status": "accepted", "reviewer_feedback": "

Accepted, thank you.

", "last_reviewed_at": "2024-04-23T10:52:14.090350Z", "answer_order": "random", "allow_multiple_answers": true, "author": 2493, "reviewer": 9, "quiz": [31, 24, 158]}, {"id": 690, "category": null, "answers": [{"id": 2060, "content": "Yellow", "correct": true}, {"id": 2061, "content": "Green + Blue", "correct": false}, {"id": 2062, "content": "Green", "correct": false}, {"id": 2063, "content": "Blue", "correct": false}], "type": "MCQuestion", "difficulty": "medium", "content": "

Which hydraulic failure leads to an inoperative nose wheel steering ? (not applicable to some old msn)

", "explanation": "

FCOM-DSC-29-10-30-Distribution

\r\n\r\n

The yellow hydraulic is responsible for nose wheel steering. However, on some old msn, nose wheel steering is on the green hydraulic.

", "created_at": "2022-02-03T16:48:54.710274Z", "updated_at": "2022-02-03T16:57:06.614693Z", "allow_comments": true, "status": "accepted", "reviewer_feedback": "", "last_reviewed_at": null, "answer_order": "random", "allow_multiple_answers": false, "author": 9, "reviewer": null, "quiz": [31, 17, 108, 36, 102, 115, 158]}], "is_premium": false, "title": "May 2025", "description": "Monthly quiz - 10 questions", "type": "monthly", "random_order": false, "max_questions": null, "exam_paper": false, "pass_mark": 0, "success_text": "", "fail_text": "", "draft": false, "created_at": "2025-02-28T18:47:20.369689Z", "updated_at": "2025-04-28T13:28:01.394637Z", "publish_after": "2025-05-01T00:00:01.000000Z"}