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MODULE 3: PHYSICAL ATTRIBUTES
  • LOVELY JANE MARIANO

  • 問題数 68 • 4/28/2024

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    問題一覧

  • 1

    Most basic element of site analysis it is the lay of the land Describe the surface features of the land

    TOPOGRAPHY

  • 2

    Shows the slope and contour of the land as well as other natural and artificial features Shows location and elevations of natural as well as man-made features Relief and vegetation Shows a limited set of features including Terrain, streams, boundaries and roads

    TOPOGRAPHIC MAP

  • 3

    Graphic way to show of the land in a plan view elevations and are used to determine the suitability of the land of various uses

    CONTOUR LINE

  • 4

    Vertical distance between contour lines

    CONTOUR INTERVALS

  • 5

    Indicate in the topographic map to show the elevation of the contour line in meters above sea level

    CONTOUR ELEVATION

  • 6

    To identify the area of steep slopes and the possible and access Graphic representation of slope to show the classes or ranges

    SLOPE ANALYSIS

  • 7

    Gradient or inclination of a surface expressed as a ratio of the vertical rise to the horizontal run; usually expressed in percent slope defines the relative steepness or flatness of a land surface

    SLOPE

  • 8

    Groups areas exhibiting a particular range of degree of inclination

    SLOPE MAP

  • 9

    What is the concept of slope and percent slope

    Slope=rise/run Slope=rise/run×100

  • 10

    Standard slope ranges 0-3 3-8 8-18 18-30 30-50 Above 50

    Flat or level land Very gently Moderately sloping Strongly Rolling Hilly or mountainous Very steep

  • 11

    The darker the color what?

    STEEPER

  • 12

    Aids in recognizing area suitable for building locations, roads, parking, or play areas. It may show if construction is feasible

    SLOPE ANALYSIS

  • 13

    Parking lot

    BELOW 5%

  • 14

    Drainage and sewage flow

    3% min

  • 15

    Road construction

    7% max

  • 16

    All relate to the topography of a land surface. Knowing how the land surface elevation varies across a site design and land protection

    SRA SLOPE, RELIEF AND ASPECT

  • 17

    Is the rate of change in elevation between two points in a given area.

    SLOPE

  • 18

    Determining the difference in elevation between two points (rise) Dividing the elevation by horizontal distance between the two points (run)

    SLOPE IS MEASURED BY:

  • 19

    Expands on the concept of slope. It refers to the overall changes in topography on a site or a particular region.

    RELIEF

  • 20

    Define as the vertical difference in elevation between highlands and lowlands in a given region.

    RELIEF

  • 21

    Is the direction in which a sloping land surface faces relative to the cardinal points, such as southern aspect and northern aspect.

    ASPECT

  • 22

    What are the types of slopes?

    LEVEL SITE SLOPING SITE VERY STEEP SITE

  • 23

    It offers the planner the best and easiest solution to site development. Economical Adaptable to great variety of planning forms and adequate to all types of street patterns Problem-drainage and open areas need some pitch for discharging water to surface inlets

    LEVEL SITE

  • 24

    Variety of building types and groupings; different street patterns Drainage problems are simpler Difficult to manage but creates a far more interesting land development

    SLOPING SITE

  • 25

    Could serve as retaining wall

    VERY STEEP SITE

  • 26

    Rocks and mineral structure of Earth's crust is vital in identifying the appropriate land use and determining the intensity of such use.

    GEOLOGY

  • 27

    Some geological elements useful in land development.

    SGH SOILS, GEOMORPHOLOGY AND HYDROGEOLOGY

  • 28

    Deals with the physical conditions of the land surface.

    PHYSIOGRAPHY

  • 29

    Thin layer of Earth's surface composed of a mixture of fragments of rocks, water, air and organic matter. Essential in determining it's ability to provide, foundations for structures, to filter surface water and to absorb sewage and waster water.

    SOIL

  • 30

    Shows different classification units of soil in locality

    SOIL MAP

  • 31

    Can be prepared based on the contour of the site if the site is sloping, hilly or mountainous

    SURFACE WATER RUN-OFF MAP

  • 32

    Is high when rainfall intensity is high, slope is long and where vegetative cover is less, and no erosion control practices such as contour tilling, terracing and the like are in place. NO BUILDING IS TO VE LOCATED ON THE DIRECTION OF WATER FLOW AS IT WILL PRONE TO _______ AND WATER FLOW WILL BE DIRECTED TOWARDS THE BUILDING.

    SOIL EROSION

  • 33

    What are the soil erosion control:

    GEO TEXTILE OR COCO COIR RIPRAP CONCRETE RETAINING WALLS REVETMENT SYSTEM

  • 34

    To be done on a site for building three storey or more.

    SOIL TEST OR SOIL ANALYSIS

  • 35

    Required for taller buildings to determine soil bearing capacity and bedrock depth for pilling purposes.

    SOIL BORING TEST

  • 36

    Refers to the different landforms occuring on the surface of earth, such as mountains, plains, coastal areas. A branch of geology dealing with the origin and nature of landforms with emphasis or erosional processes.

    GEOMORPHOLOGY

  • 37

    Description of landforms

    PHYSIOGRAPHY

  • 38

    Is a consolidated rock material lying at various depths below all points of the Earth's surface.

    BEDROCK

  • 39

    Or the parent material from which soils are formed cab be classified into igneous, sediment and metamorphic.

    ROCK

  • 40

    What is three types of rocks?

    IGNEOUS ROCKS SEDIMENTARY ROCKS METAMORPHIC ROCKS

  • 41

    Formed by cooling molten lava

    IGNEOUS ROCK

  • 42

    Sediments and parts

    SEDIMENTARY ROCKS

  • 43

    Formed because of heat and pressure

    METAMORPHIC ROCK

  • 44

    Shows the distribution of the geological materials that are likely to produce poor soils that are UNSUITABLE FOR AGRICULTURE. It also shows the SAFEST ROCK FOR FOUNDATION FOR BUILDING AND ROADS. TO AVOID THE ________ FAULT LINE CONSTRUCTION MUST ALSO MAKE A WAY FO A 5 METERS BUFFER ZONE ON A BOTH SIDES OF AN ACTIVE FAULT ACCORDING TO PHILVOLS.

    GEOLOGIC MAP

  • 45

    Involves the remodeling of existing land form the functions and circulation of the site

    SITE GRADING

  • 46

    Area where soil is REMOVED

    CUT AREA

  • 47

    Area where soil is ADDED

    FILL AREA

  • 48

    REMOVAL of soil

    EXCAVATION

  • 49

    ADDITION of soil

    EMBANKMENT

  • 50

    How to measure cut and fills?

    AVERAGE END AREA METHOD CONTOUR AREA METHOD BORROW PIT METHOD/GRID METHOD

  • 51

    For lineal construction

    AVERAGE END AREA METHOD

  • 52

    Large and uncomplicated grading plans and may also be used to compute volume of water in ponds and lakes. Used by landscape architects.

    CONTOUR AREA METHOD

  • 53

    For complex grading projects.

    BORROW PIT METHOD/GRID METHOD

  • 54

    Define water Earth materials geologic process Rock, Sediment Soil Fluids water. Geologic processes Form, transform and distribute (redistribute) earth materials.

    HYDROGEOLOGY

  • 55

    Primary agent of many geologic processes.

    WATER

  • 56

    Refers to the subsurface, water or aquifer

    HYDROGEOLOGY

  • 57

    Water bearing strata of rock, gravel, or sand in which ground water is stored. It is a very valuable resource of potable water and must be protected from pollution.

    AQUIFER

  • 58

    Is the portion of land river and it's tributaries. It encompasses all of the land surface dissected and drained by many streams and creeks that flow downhill into one another. Indicates the area from which WATER IS GATHERED to fill streams and rivers in building adjacent streams or rivers, to detailed flood studies and special permits are necessary.

    RIVER BASIN

  • 59

    Simply that catches area of land of rain and snow and drains or seep into marsh, stream, river, lake or groundwater.

    WATERSHED

  • 60

    Prepared to emphasize features of hydrogeologic importance. AS ARCHITECT, TO ACCESS OUR BUILDINGS AND ITS EFFECT TO WATERSHED SYSTEM.

    HYDROGEOLOGIC MAP

  • 61

    Type of map brings basic geological information together with data on the hydraulic and hydro chemical characteristics of the rocks and their usefulness for ground water supply.

    HYDROGEOLOGIC MAP

  • 62

    Is an area of land ADJACENT TO STREAMS OF RIVERS which stretches from the banks of it's channel to the base of enclosing valley walls and which experiences flooding during periods of high discharge.

    FLOOD PLAIN

  • 63

    Shows the area that are susceptible to floods and flash floods. It defines the areas which are at risk flooding under extreme rainfall conditions.

    FLOOD HAZARD MAP

  • 64

    Prescribes an easement on rivers and streams.

    WATER CODE OF THE PHILIPPINES

  • 65

    Consists of a series of interlinked physical systems powered by the sun.

    CLIMATE

  • 66

    What is the types of climate?

    MACRO & MICRO CLIMATE

  • 67

    The climate of a larger area such as a region or country. Cannot be affected by any design changes however building design can be developed.

    MACRO-CLIMATE

  • 68

    The variations in localized climate around a building. Site of a building have many ________ caused by the presence of hills, valley s, slopes, streams and other buildings.

    MICRO-CLIMATE