Take Off Safety Regulations

Question 1

Whats the equation for TODR?

Answer 1

TOD X SAFETY FACTOR

Question 2

TODR (</>) TODA

Answer 2

TODR < TODA

Question 3

For an unbalanced runway, what must the TOD be multiplied by to get the TORR when taking off in a class B aircraft?

Answer 3

1

Question 4

For an unbalanced runway, what must the TOD be multiplied by to get the TODR when taking off in a class B aircraft?

Answer 4

1.15

Question 5

For an unbalanced runway, what must the TOD be multiplied by to get the ASDR when taking off in a class B aircraft?

Answer 5

1.3

Question 6

For a balenced runway, what must the TOD be multiplied by to get the TODR when taking off in a class B aircraft?

Answer 6

1.25

Question 7

What is the definition of a balanced runway?

Answer 7

ASDA = TODA

Question 8

How do you calculate the TORR for a class A aircraft with all engines running?

Answer 8

(Ground roll + 1/2 airborne distance) x 1.5

Question 9

How do you calculate the TORR for a class A aircraft with one engines running?

Answer 9

Ground roll + 1/2 airborne distance

Question 10

What does OEI/N-1 stand for

Answer 10

One engine opperating.

Question 11

How do you calculate the TORR for a class A aircraft with one engine running on a wet surface?

Answer 11

Ground roll + 15 ft

Question 12

How do you calculate ASDR for a class A aircraft?

Answer 12

Distance to V1 + V1 for 2 seconds + back to stand still.

Question 13

How do you calculate TODR for a class A aircraft?

Answer 13

( Ground roll + 35 ft ) x 1.15

Question 14

How do you calculate ASDR for a class A aircraft OEI?

Answer 14

Ground roll to 35ft airborne x 1.15

Question 15

How do you calculate ASDR for a class A aircraft with OEI in wet conditions?

Answer 15

Ground roll to 15ft airborne

Question 16

What is the performance factor for a paved, wet runway?

Answer 16

1

Question 17

What is the performance factor for a grass,dry runway?

Answer 17

1.2

Question 18

What is the performance factor for a grass,wet runway?

Answer 18

1.3

Question 19

What does VEF mean?

Answer 19

Critical engine is assumed to fail.

Question 20

What does VMBE mean?

Answer 20

Maximum break energy speed - brake trashing speed.

Question 21

Whats does VMU mean?

Answer 21

Minimum unstick speed - safe to begin pulling back on controls.

Question 22

VR my not be less than Vblank and blank% of VMCA.

Answer 22

V1 and 105% of VMCA.

Question 23

What must V TYRE be faster than or equal to?

Answer 23

V LOF

Question 24

What is V2?

Answer 24

Speed that must be achieved before screen height.

Question 25

Is VMCG faster or slower than VEF?

Answer 25

Slower.

Question 26

Is V1 faster or slower than VEF?

Answer 26

Faster.

Question 27

Is VMCG faster or slower than V1?

Answer 27

Slower.

Question 28

Is VMBE faster or slower than V1?

Answer 28

Faster.

Question 29

Is VR faster or slower than V1?

Answer 29

Faster than.

Question 30

Is VMU faster or slower than VR?

Answer 30

Slower.

Question 31

Is VR faster or slower than VLOF?

Answer 31

Slower.

Question 32

Is VTYRE faster or slower than VLOF?

Answer 32

Faster.

Question 33

Is VMC faster or slower than V2?

Answer 33

Slower.

Question 34

How much higher much VR be above VMC?

Answer 34

1.05 / 5%

Question 35

How much greater must VR be above V stall for a class B aircraft?

Answer 35

1.1 (10%)

Question 36

How much higher must V2 (minimum) be compared to VMCA?

Answer 36

1.1 (10%)

Question 37

How much higher must V2 (minimum) be compared to V Stall for a class B aircraft?

Answer 37

1.2 (20%)

Question 38

How much higher must V2 (minimum) be compared to V Stall for a class A aircraft?

Answer 38

1.13 (13%)

Question 39

How much higher must V2 (minimum) be compared to V Stall for a 4-engine turboprop aircraft?

Answer 39

1.08 (8%)

Question 40

If the stall speed is listed as VSR instead of VS, what would you do?

Answer 40

Use class A