Need help with an essay

[AgaBoogaBoo]

Describe in 100 words or less the following:
Embrittlement of bronze upon impaction of nitrogen-rich bubbles ocurring in saltwater at a rate of 300 ips. Describe the sonic signature to develop a detection device using piezoelectric resistive bridges based on reverse nubulisation theories.

My Question: What are the reverse nubulisation theories?

 

[KLin]

what....the....fsck 😕

 

[Platypus]

down the road, not across the street.

 

[JustAnAverageGuy]

ok.

The previous sentence contains of a lot of words that I have no clue what the fsck they stand for. Therefore this sentence, as well as the latter, are just a bunch of fluff to make me sound what I'm talking about without actually addressing the topic at hand.

Word count: 49

 

[tami]

my question: wtf does that mean?

 

[AgaBoogaBoo]

you know, google got 22 hits in the past 186 seconds about reverse nubulisation theories

 

[JustAnAverageGuy]

Originally posted by: AgaBoogaBoo
you know, google got 22 hits in the past 186 seconds about reverse nubulisation theories

and you've had 46 thread reads.

 

[yankeesfan]

Your teacher does not expect you to answer the question. It's a test. Just put 42 and be done with it.

 

[AgaBoogaBoo]

Originally posted by: yankeesfan
Your teacher does not expect you to answer the question. It's a test. Just put 42 and be done with it.

Hmmm... I never thought of him as a teacher, I guess that'll work though!

 

[Yossarian]

an inverse tachyon wave from the main deflector dish is the answer.

 

[Mrvile]

Originally posted by: Yossarian
an inverse tachyon wave from the main deflector dish is the answer.

Close but see how he said the bubbles in the water must be at a rate of 300 ips. One inverse tachyon waves only yields in 170 ips, you need two.

 

[AgaBoogaBoo]

My Question: What are the reverse nubulisation theories?

 

[Yossarian]

Originally posted by: Mrvile

Originally posted by: Yossarian
an inverse tachyon wave from the main deflector dish is the answer.

Close but see how he said the bubbles in the water must be at a rate of 300 ips. One inverse tachyon waves only yields in 170 ips, you need two.

probably need to tie in the lateral sensor array for that

 

[Toastedlightly]

Originally posted by: Yossarian

Originally posted by: Mrvile

Originally posted by: Yossarian
an inverse tachyon wave from the main deflector dish is the answer.

Close but see how he said the bubbles in the water must be at a rate of 300 ips. One inverse tachyon waves only yields in 170 ips, you need two.

probably need to tie in the lateral sensor array for that

I think we need some plasma from the nacells.

 

[Goosemaster]

is reverse nebulisation the same as sublimation? or perhaps condensation?

 

[cmv]

Just click submit and you'll overload the sensors and all will be well.

 

[keldysh]

This question deal with contemporary concept to prolong life of ship propeller due to cavitory bubble implosion on surface, etc.

Utrasonic warble production from plate nubuliser in marine environment effective against cellular collision if input gain controlled with wein bridge pulse amplitude modulation feedback controller. [ABB/J&F]

Of course electrolysys stimulus from leaking eddies must be dealt with conjugate field cancellation which requires equally complex controller and power supply to work in marine environment! If latter not implemented electrolytic corrosion of surrounding parts will be augment negating monetary gain of cavitation protection mechanisms!

Just thought to consider, not very simple matter!

 

[AgaBoogaBoo]

Originally posted by: keldysh
This question deal with contemporary concept to prolong life of ship propeller due to cavitory bubble implosion on surface, etc.

Utrasonic warble production from plate nubuliser in marine environment effective against cellular collision if input gain controlled with wein bridge pulse amplitude modulation feedback controller. [ABB/J&F]

Of course electrolysys stimulus from leaking eddies must be dealt with conjugate field cancellation which requires equally complex controller and power supply to work in marine environment! If latter not implemented electrolytic corrosion of surrounding parts will be augment negating monetary gain of cavitation protection mechanisms!

Just thought to consider, not very simple matter!

Thank you, the first real reply 🙂

 

[Vortex22]

Originally posted by: keldysh
This question deal with contemporary concept to prolong life of ship propeller due to cavitory bubble implosion on surface, etc.

Utrasonic warble production from plate nubuliser in marine environment effective against cellular collision if input gain controlled with wein bridge pulse amplitude modulation feedback controller. [ABB/J&F]

Of course electrolysys stimulus from leaking eddies must be dealt with conjugate field cancellation which requires equally complex controller and power supply to work in marine environment! If latter not implemented electrolytic corrosion of surrounding parts will be augment negating monetary gain of cavitation protection mechanisms!

Just thought to consider, not very simple matter!

42