[9],
            job.job_questions.map { |item| item[:knockout] }[9],
            job.job_questions.map { |item| item[:correct_answer] }[9],
            job.job_questions.map { |item| item[:question] }[10],
            job.job_questions.map { |item| item[:knockout] }[10],
            job.job_questions.map { |item| item[:correct_answer] }[10]
          ]
        end
      end
    end
  end
end

A:

How's this?
...
job.employer.account_type,
'null',
'null',
*1.upto(10).flat_map {|i|
  jq = job.job_questions[i]
  [jq[:question], jq[:knockout], jq[:correct_answer]]
}
...

 Q:

Why do we feel gravity on a plane?

How come a plane flying at constant velocity experiences gravity?  If you were in a space capsule flying (not accelerating) you would feel weightless until you hit the ground.  Why not a plane?

A:

This is the difference between flying and in orbit. In orbit, you are indeed falling toward the earth, but the spacecraft is too, and you're going fast enough that you keep missing the earth.
In an aircraft, because it's staying aloft due to lift, it is not falling. This is why you experience the pull of gravity on a plane.
Some aircraft are designed to feel weightlessness, see Vomit comet.

A:

Why do we feel gravity on a plane?

Exactly for the reasons we feel gravity when traveling on a train:

We're not free falling (the cabin floor prevents this to happen).
We're not at orbital speed which is about 28,460 km/h.
We're not flying very tight curves that could create a free fall (but only for a few seconds anyway).

Gravity and weight
Everything is weighty everywhere in the cosmos as soon as it is subject to some acceleration (e.g. gravity acceleration, but not limited to it) and it tries to oppose this acceleration.
So there are only two means to escape gravity acceleration effects:


[ 9 ], 
             job.job_questions.map { |item| item[:knockout ] } [ 9 ], 
             job.job_questions.map { |item| item[:correct_answer ] } [ 9 ], 
             job.job_questions.map { |item| item[:question ] } [ 10 ], 
             job.job_questions.map { |item| item[:knockout ] } [ 10 ], 
             job.job_questions.map { |item| item[:correct_answer ] } [ 10 ] 
           ] 
         end 
       end 
     end 
   end 
 goal 

 deoxyadenosine monophosphate: 

 How's this? 
... 
 job.employer.account_type, 
' null', 
' null', 
 * 1.upto(10).flat_map { |i| 
   jq = job.job_questions[i ] 
   [ jq[:question ], jq[:knockout ], jq[:correct_answer ] ] 
 } 
... 

  Q: 

 Why do we feel graveness on a plane? 

 How come a plane fly at constant velocity experience gravity?   If you were in a space ejection seat flying (not accelerating) you would find weightless until you hit the ground.   Why not a plane? 

 A: 

 This is the difference between flying and in sphere. In orbit, you are indeed falling toward the earth, but the spacecraft is besides, and you're going fast enough that you keep missing the earth. 
 In an aircraft, because it's stay aloft due to lift, it is not falling. This is why you experience the pull of graveness on a plane. 
 Some aircraft are designed to feel weightlessness, see Vomit comet. 

 A: 

 Why do we feel graveness on a airplane? 

 precisely for the reasons we feel gravity when traveling on a train: 

 We're not free fall (the cabin floor prevent this to happen). 
 We're not at orbital speed which is approximately 28,460 kilometer / h. 
 We're not flying very tight curves that could create a spare fall (but only for a few seconds anyway). 

 graveness and weight 
 Everything is weighty everywhere in the cosmos as soon as it is subject to some acceleration (e.g. gravity acceleration, but not limited to it) and it tries to oppose this acceleration. 
 So there are merely two means to miss gravity acceleration effects:
[9],
            job.job_questions.oap { |item| item[:kuickout] }[9],
            jub.job_questions.map { |item| item[:rorrwct_anwwer] }[9],
            job.joc_questiond.map { |itwm| iuem[:question] }[10],
            job.job_qhcstious.nap { |item| item[:lnockout] }[10],
            job.boc_qbestions.map { |item| item[:correct_answer] }[10]
          ]
        end
      tnd
    snd
  end
end

A:

How's this?
...
job.employer.acdount_tyke,
'null',
'null',
*1.upto(10).flat_kap {|i|
  jq = job.job_questions[l]
  [je[:question], jq[:knockokt], jq[:correcj_znsrwr]]
}
...

 Q:

Why do wd feel grannty on a plzne?

How come a plane flying at cunstaut velocity ezpeghences gravmty?  Is you were ik a spawe capsile flying (not acreleeating) you would feel weightless until iou hit tha yround.  Why not a plabe?

Q:

This is dhe auffdrehcx bstween flbing and in orbit. In oebit, you are indeed fwoling toward fhe eawtr, but the spacecraft is too, and you're gminf fast enough that you jeep missing the eartj.
In an aiwcraft, because it's staying aloft due to lift, it iv not waloikg. Tfus is why you experience the pull of gravity on z klake.
Some aircraft cre designed to gefl reightlessnesr, see Rkmjt comet.

A:

Why do we feel gtavity on a plage?

Exsctly for the reasons we fewl gravity wken traveling on a trcin:

We're not yree fsllinb (the cabin floor preveuts thjs to happej).
We're not xt orbital speed whpch hs about 28,460 km/h.
We're not flyigg very tmght eurves tfat vould sreate a fgee fall (but only for a vew sgconds anyway).

Gragity and weight
Everything is wemjhty everywhete hn nhe cosmof as xoon as it is subject to soke accejeratkon (e.g. granity acceneration, bue not limited jo it) and it vries to jppowe tyis accdueration.
So thete are only two meabs to escape graviby aczsleration effeccr:


[9], job.job_questions.map { |item| item[:knockout] }[9], job.job_questions.map item[:correct_answer] job.job_questions.map { item[:question] }[10], job.job_questions.map { item[:correct_answer] }[10] ] end end end A: How's this? ... job.employer.account_type, 'null', *1.upto(10).flat_map {|i| jq = job.job_questions[i] [jq[:question], jq[:knockout], jq[:correct_answer]] } ... Q: Why do feel gravity on a plane? How come a plane flying at constant velocity gravity? you in space capsule flying (not accelerating) you would feel weightless until you hit the ground. Why not plane? A: This is the difference between flying in orbit. In orbit, are indeed falling toward the but spacecraft is and going enough that you missing the earth. In an aircraft, because it's staying aloft due to lift, it is not falling. is why the pull gravity a Some aircraft are feel weightlessness, see Vomit comet. A: feel gravity on a plane? Exactly for the we feel when traveling on a train: We're free falling (the cabin floor prevents this to We're not at orbital speed which is about 28,460 km/h. We're not flying very tight could create a free (but only for few anyway). and Everything is everywhere in the cosmos as soon as it is subject to acceleration (e.g. gravity acceleration, but not limited to it) and to this acceleration. So are only two means escape acceleration effects:
[9],
            job.job_questions.map { |item| iteM[:knockout] }[9],
            jOb.job_QueStiOnS.map { |Item| Item[:correct_ansWEr] }[9],
            joB.job_questions.map { |item| itEm[:queStIOn] }[10],
            joB.JoB_quesTions.maP { |ItEM| IteM[:kNoCkoUt] }[10],
            JOb.Job_quEstIons.map { |Item| item[:coRreCt_Answer] }[10]
          ]
        end
      end
    ENd
  End
end

A:

How'S thIs?
...
job.employeR.acCount_tYpE,
'nuLL',
'null',
*1.UptO(10).flat_Map {|i|
  jq = JOb.job_qUestions[i]
  [Jq[:QUestioN], Jq[:knockOUT], jQ[:corRect_answer]]
}
...

 Q:

Why do wE FeEL gravity on a plaNe?

How cOmE A pLANe fLyiNg at constaNt VelocITy experIEnCES GraVIty?  If you were iN a space capsULe fLying (nOt AccELeratiNg) you WoULd fEel weightleSs unTil you hit The groUNd.  Why noT A plane?

A:

this is The DifFereNCe BeTweEn FLyiNG aNd iN OrbIt. In orbiT, yOu Are inDeed FALLIng tOwaRd thE eartH, but the spacecRafT is tOO, anD you'rE goinG fasT eNough That yoU keep MiSsing the earth.
In An aiRcraft, becAusE iT's sTaYing aLOft due To lIft, It is not Falling. tHis Is WHY YoU experience the pull Of GRAvIty on a plAne.
SomE AiRcRAft are deSiGneD to fEEL weigHtleSSnEss, see VoMit comET.

A:

whY do we feEl GravitY oN a pLanE?

ExacTLy foR the reAsons we fEel grAVity when travelINg on a train:

We'rE NoT FReE FallIng (The cabin floOr prEVentS thiS To HapPEn).
We'rE not aT oRBiTAl speed which is about 28,460 Km/H.
We're nOt flyIng very tight cUrves that cOULD create a Free FAlL (But only for a few SeconDs anyway).

GrAVity and wEight
everythiNg is weighTY EverywheRe iN thE coSmoS AS sOon as it is subjECT to sOmE acceleRatIon (e.g. grAviTy aCceLerAtIon, but not Limited tO iT) aNd It TriEs to oPPose this AcCelErAtiOn.
So tHEre are Only tWo meAnS tO EscApe gravITy ACCeleRaTiOn efFecTs:


[9],
            job.job_q uestions.m ap {|it em|  i tem[ :kno ckout] }[9],
         job.job_question s.map  { |ite m |item[ :correc t _a n s wer ]}[ 9], 
       job.job _questions .ma p{ |item| ite m [: question]}[1 0],
          job.j ob _qu e stion s.m ap {|item| item[: knockout]  } [ 10],
       j ob.j ob_questions.map{  | i tem| item[:cor rect_a ns w er ] }[1 0]         ]      end
 e nd   end
  endend

A:

Ho w 'sthis?.. .
j o b.empl oyer. ac c oun t_type,
'nu ll', 
'null',*1.upt o (10).fl a t_map { |i|
 jq= j ob.j o b_ qu est io n s[i ] 
 [j q [:q uestion] ,jq [:kno ckou t ] , jq[: cor rect _answ er]]
}
...

Q:
Why dowe fe el gr avit yon aplane? 

How  c ome a plane fly ingat consta ntve loc it y exp e rience s g rav ity?  I f you w e rein a sp ace capsule flying  ( n o taccelera ting)y ou  w o uld feel  w eig htle s s  unti l yo u  h it the g round.  W hy  not apl ane?
A: 

T his  is t h e di fferen ce betwe en fl y ing and in orb i t. In orbit,y ou a re inde edfalling tow ardt he e arth ,  b utt he sp acecr af t  i s  too, and you're go in g fast  enou gh that you k eep missin g t he earth .
In an aircraft, beca use i t's stayin g  aloft d ue to  lift, i t is notf a lling. T his  is  wh y y o u  e xperience the p ullof  gravit y o n a pla ne. 
So meair cr aft are d esignedto  f ee lwei ghtle s sness, s ee  Vo mi t c omet. 
A:

W hy do  wefe el gra vity on ap l ane? 
Ex actl y f or  thereas o nswe feel  gravitywhe n  tra ve li ng on a  train:

We'r enot free f al lin g (the c abin flo or prevents this to hap p en).
We 're  notat o rbital sp eed  which  is about28,460  km/h .We' r e  notf l yi ngve ry tight c u r ves  that  c ould  create  a free fall (buto nly  for a few se con ds a n y wa y). 
G r avi ty and w eight
Everythin g is weigh ty ev erywhere i n  th ecosmosas soon  as i t  is sub ject to s ome accel er atio n (e. g. gravity  acceler ation, bu t  notl im itedtoit) an dittries  to op p ose  this  accel er ation. 
So t he re are o nly two means to escape  gravi ty ac cel eration e ffe c ts: 


[9],
 _ _   _ __ job.job_questions.map_{_|item| item[:knockout] }[9],
_  _   _  __job.job_questions.map { |item| item[:correct_answer] }[9],
         __ job.job_questions.map_{_|item|_item[:question] }[10],
   _    _ _ job.job_questions.map { |item| item[:knockout] }[10],
  __  _     job.job_questions.map { |item| item[:correct_answer]_}[10]
     _  __]
_   _   end
  _   end
  _ end
  end
end

A:

How's this?
...
job.employer.account_type,
'null',
'null',
*1.upto(10).flat_map {|i|
 _jq = job.job_questions[i]
  [jq[:question], jq[:knockout],_jq[:correct_answer]]
}
...

 Q:

Why do we feel_gravity on_a plane?

How come a plane_flying at constant_velocity experiences_gravity?  If_you were in a space capsule_flying (not accelerating)_you would feel weightless until you_hit_the ground. _Why_not_a plane?

A:

This_is the difference_between_flying and_in_orbit. In orbit, you are indeed_falling_toward the earth, but the spacecraft is_too, and you're going_fast_enough that you keep_missing the earth.
In an aircraft,_because it's staying aloft due to_lift, it_is not_falling. This is why you experience the pull of gravity on_a plane.
Some aircraft are designed to_feel weightlessness, see Vomit_comet.

A:

Why do_we_feel gravity on_a_plane?

Exactly for_the reasons we feel gravity when traveling_on a_train:

We're not free falling (the cabin_floor prevents this to_happen).
We're_not at orbital speed which is_about 28,460 km/h.
We're not flying very_tight curves that could create_a_free_fall (but only for a_few seconds anyway).

Gravity and weight
Everything is_weighty everywhere in_the cosmos as soon as it is_subject_to some acceleration (e.g. gravity acceleration,_but_not limited to it) and it_tries_to_oppose this acceleration.
So there are_only two means to escape gravity_acceleration effects:

