Architecture

Of an artistic form or feature: native or peculiar to a particular country or locality; esp (of architecture) consisting of or concerned with domestic and functional rather than monumental buildings.

The New Shorter Oxford English Dictionary, Clarendon Press, Oxford, 1993.

tomy ownunderstanding ,vernacular architecture is the architecture of yhe olding days also it concers the art and structure of people living before .Nowvernacularb architecture has contributed much in the living of today .moreso vernacular architecture deals with houses people wereliving inside them before .in another way round it deals with the architecture ofcreation which later contributed moreon todays living .

it is an architecture without architects

about vernacular architecture can be read in http://fifasoccer.ru/map/

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Vernacular architecture- is a term used to categorize methods of construction which use locally available resources and traditions to address local needs.

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Vernacular architecture is a building style that is typical of an area or region, and of a particular time..It is a traditional architecture..

Artemisia II of Caria was a sister, the wife and the successor of the king Mausolus. She built in his memory the Tomb of Mausolus.

Mausolus today often is taken to make the world Mausoleum.

They were tall stone columns used to support buildings. They were used for support, so although the Greeks made every effort to make then appear to be straight, they were sometimes slightly tilted for best support. There were three main styles of Greek columns.

Doric columns: Tall simple columns. The had round tops and no bases. Decoration was a minimum, and usually consisted of fluted lines running lengthwise down the column, if there was any decoration at all.

Ionic columns: These were slighty dressier, and often had scrollwork at the top and or bottom of the column. Sometimes the entire column was carved out to be a statue of a god, goddess, or hero. When they were not carved into characters, they were more heavily fluted than the Doric columns.

Corinthean columns: These were very eleaberate and elegant columns. They were slender compared to the Doric and Ionic columns, and the detail work was more intricate and leafy. The tops and bases were heavily decorated. The Temple of Zues is noted for its use of this type of column.

Cabbage - कपिशाक kapishaaka; केम्बुक kembuka

Elephant foot yam (Amorphophallus paeoniifolius) - आलु aalu; ओल ola; औल aula; सुकन्दिन् sukandin; कण्ठाल kantaala; रुच्यकन्द ruchyakanda

Mushroom - छत्र chatra ; छत्त्र chattra; छत्त्रक chattraka

Asparagus - शतावरी shatavari

Pumpkin - कुष्मांड kushmaanda

Leafy Greens - शाक shaak

Eggplant - भण्टाकी bhantaki

Potato - आलू aaloo

Onion - पलान्दु palaandu

Tomato - रक्त वृन्तक rakta vrintaka

Indian gooseberry - आमलकी aamalaki

Cucumber - कर्कटी karkatii; उर्वारुकम् urvaukam

Lemon - निम्बुक nimbukaar

Potato - आलुकः aalukah

Onion - पलाण्डु palaandu; ऊली ooli; सुकन्द sukanda; सुकुन्दक sukandaka; कृमिघ्न krimighna; दीपन deepana

Radish - मूलक moolaka; मूलकपोती moolakapothi; हस्तिदन्ती hastidanthi

Brinjal - वृन्ताक vrintaaka

Carrot - गृञ्जनक grinjanaka;गाजर gaajara;गार्जर gaarjara; पिङ्गमूल pingamoola; शिखामूल shikhaamoola

Chilli - चिल्लि chilli; मारीच maaricha; कारवेल्ल kaaravella;

Bitter gourd - नृपात्मज nripaanjam; तिक्ततुम्बी tiktatumbi

Lady's finger (okra) - चतुष्पुण्ड्रा chatushpundra; भेण्डा bhendaa; भेण्डी bhendee

Garlic - लशुन lashuna; तरिता taritaa; अरिष्ट arishta

Tomato - रक्तफल raktaphala;

Beetroot - पालक्या paalakyaa

It technically does not make work easier, you really do the same work. But if you meant force applied, you do apply a smaller force. Since you may apply the force further from the fulcrum (point of rotation) than the load is therefore the force required to lift the load is smaller. This is true because of torques which is force X distance from fulcrum, therefore to apply the same torque if you increase distance your force subsequently decreases.

Returning to the comment that work is constant, since you are applying a force further from the fulcrum, the distance you have to push is further; therefore, due to Work = Force X Distance, you still do the same work since even though your force decreased, distance had increased.

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Although the lever does not change the work, it **does** make the work easier. You are more concerned with the force that you have to apply than with the mechanical work input and output, so you are expending less energy by applying less force. I think this is what you mean by "easier". If simple machines did not make life "easier", we would never have bothered to invent them!