This blog for all engineers. It will describes the emotions of all engineering students. Help you out in all the problems.
Friday, 5 August 2016
Monday, 18 July 2016
Baby shower Basket - DIY ideas
DO you want to make the baby shower basket at home ? Here are the DIY ideas that can help you to make baby shower baskets at home :)
Baby shower Basket - DIY ideas
Baby shower Basket - DIY ideas
Sunday, 3 July 2016
Monday, 27 June 2016
Decorate home with plants
Here are the methods that will hep you a lot to decorate home with plants and with the materials that you have in your home.
Decorate home with plants-really simple and easy
Decorate home with plants-really simple and easy
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Saturday, 23 April 2016
Narrow Band and Wideband frequency modulation
Difference between wideband frequency modulation and narrowband frequency modulation.
WIDEBAND FM:
Parameters :
1. modulation index : Greater than 1
2. maximum deviation: 75 kHz
3. range of modulating frequency: 30 Hz to 15 kHz
4. maximum modulation index: 5 to 2500
5. bandwidth : large,about 15 times higher than BW of narrowband FM
6. applications : entertainment broadcasting
7. pre-emphasis and de-emphasis : is needed.
NARROWBAND FM:
parameters :
1.modulation index: less than or slightly greater than 1
2. maximum deviation: 5kHz
3. range of modulating frequency : 30 Hz to 3 kHz
4. maximum modulation index : slightly greater than 1
5. bandwidth : small.approximately same as that of AM
6. applications: FM mobile communication like police wireless,ambulance etc
7. pre-emphasis and de-emphasis : is needed.
Parameters :
1. modulation index : Greater than 1
2. maximum deviation: 75 kHz
3. range of modulating frequency: 30 Hz to 15 kHz
4. maximum modulation index: 5 to 2500
5. bandwidth : large,about 15 times higher than BW of narrowband FM
6. applications : entertainment broadcasting
7. pre-emphasis and de-emphasis : is needed.
NARROWBAND FM:
parameters :
1.modulation index: less than or slightly greater than 1
2. maximum deviation: 5kHz
3. range of modulating frequency : 30 Hz to 3 kHz
4. maximum modulation index : slightly greater than 1
5. bandwidth : small.approximately same as that of AM
6. applications: FM mobile communication like police wireless,ambulance etc
7. pre-emphasis and de-emphasis : is needed.
Tuples ( Latin Numerals )
Tuple#Names for tuples of specific length
Another article about this: tuple#see also
You can find the Latin numerals easily by a simple google search
Appendix:Latin cardinal numerals
A Brief Guide to Latin Numerals
The term originated as an abstraction of the sequence: single, double, triple, quadruple, quintuple, sextuple, septuple, octuple, ..., n‑tuple, ..., where the prefixes are taken from the Latin names of the numerals. The unique 0‑tuple is called the null tuple. A 1‑tuple is called a singleton, a 2‑tuple is called an ordered pair and a 3‑tuple is a triple or triplet. n can be any non negative integer. For example, a complex number can be represented as a 2‑tuple, a quaternion can be represented as a 4‑tuple, an octonioncan be represented as an 8‑tuple and a sedenion can be represented as a 16‑tuple.
Although these uses treat ‑tuple as the suffix, the original suffix was ‑ple as in "triple" (three-fold) or "decuple" (ten‑fold). This originates from a medieval Latin suffix ‑plus(meaning "more") related to Greek ‑πλοῦς, which replaced the classical and late antique‑plex (meaning "folded"), as in "duplex".[3]
Names for tuples of specific lengths
1 single
2 double
3 triple/treble
4 quadruple
5 quintuple pentadruple
6 sextuple hexatruple
7 septuple
8 octuple
9 nonuple
10 decuple
11 undecuple hendecuple
12 duodecuple
13 tredecuple
100 centuple
Another article about this: tuple#see also
You can find the Latin numerals easily by a simple google search
Appendix:Latin cardinal numerals
A Brief Guide to Latin Numerals
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