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Is there a website where it changes the wording of a paragraph for you?

MetalMat

Diamond Member
I would like to know if there is a website were I could copy a paragraph into and it would change the wording around for me. Thanks.
 
Translate it, into another language then back into english. They'll never figure out that you plagerized someones work.
 
hey hey hey, I never said I was plagerizing. I am trying to make my lab report for a lab tommorow look a little better.
 
Originally posted by: Bootprint
Translate it, into another language then back into english. They'll never figure out that you plagerized someones work.

And they'll never figure out what the work means - well then again, if your plagerizing I don't think you would either?
 
Originally posted by: MetalMat
hey hey hey, I never said I was plagerizing. I am trying to make my lab report for a lab tommorow look a little better.

heh just messin around ... dont really know of anything, if i did it woulda came in handy long ago 😉

btw, how do you already have a lab report for your lab that is tommrow 😉 😉 plagerizer!
 
Originally posted by: MetalMat
hey hey hey, I never said I was plagerizing. I am trying to make my lab report for a lab tommorow look a little better.

so you copied someone elses but are too stupid/lazy to reword it yourself?
 
Originally posted by: Bootprint
Translate it, into another language then back into english. They'll never figure out that you plagerized someones work.

Ok check this out, original paragraph:

Through this experiment, it was clear the response to a step input was sluggish if the gain was low. Increasing the gain caused a faster response; however, if too much gain was applied the response would possibly overshoot and take several oscillations before settling. Finally, an increase in gain may cause sustainable oscillations to build up.

Velocity feedback is feedback proportional to the velocity of the output shaft. A tachogenerator is often provided for the purpose. In a position servo, it serves the purpose of modifying the (position) error signal so the modified signal goes to zero before the desired position is reached. This prevents the motor from accelerating right up to the desired position, so that inertia causes it to overshoot.


And this is after I translated it to french and back to english:

Thorough thanksggiving experiment , him was clear the answer to a mark energy was lazy if the advantage was bellow. Growing the advantage ground a faster answer ; however , if too greatly advantage was applied the answer would tin - be exceed and catch several fluctuation before arbitrate. At length , a increase at advantage May ground sustainable fluctuation at build up. Velocity feedback is feedback proportional at the velocity about the efficiency dash. A tachogenerator is often provide for the day intention. In a footing follower , him serve the intention about alter the ( footing ) error signed so the alter signed goes at naught before the desire footing is scope. Thanksggiving apprise the motive about accelerating equitable up at the desire footing , so that inertia motivations him at exceed.





:Q
 
Originally posted by: ttown
Use this paragraph reworder

Through dis here experiment, it wuz clear da response ta uh step input wuz sluggish if da gain wuz low. Increasing da gain caused uh faster response; however, if too much gain wuz applied da response would possibly overshoot an' take several oscillations 'bfoe settling. Finally, an increase in gain may cause sustainable oscillations ta build up.

Velocity feedback iz feedback proportional ta da velocity o' da output shaft. A tachogenerator iz often provided fo' da purpose. In uh position servo, it serves da purpose o' modifying da (position) error signal so da modified signal goes ta zero 'bfoe da desired position iz reached. This prevents da motor from accelerating right up ta da desired position, so dat inertia causes it ta overshoot. Jus' like Orenthawl James.
 
Originally posted by: Pepsi90919
Originally posted by: ttown
Use this paragraph reworder

Through dis here experiment, it wuz clear da response ta uh step input wuz sluggish if da gain wuz low. Increasing da gain caused uh faster response; however, if too much gain wuz applied da response would possibly overshoot an' take several oscillations 'bfoe settling. Finally, an increase in gain may cause sustainable oscillations ta build up.

Velocity feedback iz feedback proportional ta da velocity o' da output shaft. A tachogenerator iz often provided fo' da purpose. In uh position servo, it serves da purpose o' modifying da (position) error signal so da modified signal goes ta zero 'bfoe da desired position iz reached. This prevents da motor from accelerating right up ta da desired position, so dat inertia causes it ta overshoot. Jus' like Orenthawl James.


^This report is so getting an "A"


😀
 
Originally posted by: AaronB
Originally posted by: Pepsi90919
Originally posted by: ttown
Use this paragraph reworder

Through dis here experiment, it wuz clear da response ta uh step input wuz sluggish if da gain wuz low. Increasing da gain caused uh faster response; however, if too much gain wuz applied da response would possibly overshoot an' take several oscillations 'bfoe settling. Finally, an increase in gain may cause sustainable oscillations ta build up.

Velocity feedback iz feedback proportional ta da velocity o' da output shaft. A tachogenerator iz often provided fo' da purpose. In uh position servo, it serves da purpose o' modifying da (position) error signal so da modified signal goes ta zero 'bfoe da desired position iz reached. This prevents da motor from accelerating right up ta da desired position, so dat inertia causes it ta overshoot. Jus' like Orenthawl James.


^This report is so getting an "A"


😀

A for Aiiigghhhtt
 
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