2

100問 • 1年前

ユーザ名非公開

通報

問題一覧

Explain truncate

Having both hands squared, or flattened

Explain ribbed

In cross-section side are more or less angular

Explain oblate

Flattened at the stem end and Apex

It’s axes connecting stem and Apex slated

Oblique

Explain ovate

Egg shaped and broad stem end

Explain Obovate

inverted ovate-broad at apex

Explain elliptical

Approaching ellipsoid

Is the measure of sharpness of the corners of the solid

Roundness

Is a degree to which an objects resembles as sphere

Sphericity

It can be calculated from the measure dimensions or by using various methods, such as liquid and gas

Volume

Surface area measurement can be done with

Coating method, Image analysis, Peeling method, Planimeter

Volume of substance, including internal and external pores

Apparent/bulk volume

It can be calculated by measuring the volume of the bulk sample by keeping the material in a container

Bulk volume

The actual volume of the solid granular material, which devoid of the volume of the internal pore space

Solid volumes/true volume

Solid volume of solid material, including water, including any interior pores that are filled with air

Expression and measurement of volume

It is the density of material when stocked or packed in bulk

Bulk density

It is determined by dividing the material volume inclusive, avoids to weight of product

Bulk density

What are the two kinds of void?

Void between particles, Void within particles

What is the book density requirement in packaging?

2–20%

Density of solid material, constituting, the true volume of the occupied by the material as well as intergranular spaces

Particle density/true density

It is the density of the material measured When the material has been broken into pieces, small enough to be sure that no close pores remains

Solid/substance density

Density of a substance, including all pores within the material

Apparent density

It is the measure void space between the materials

Porosity

It is defined on the percentage of the volume Of intergranular space to the total volume of grain bulk

Porosity

Porosity depends

Roughness of grain surface, Shape, Size dimension

Important to plant scientist, as well as engineers handling the processing products

Knowledge of leaf area and surface area

It is important and investigation related to the spray coverage, removal of spray, residue, and respiration rate

Surface area of fruits

Contact printing the surface on light sensitive paper and measuring the area by a planimeter

leaf and stalk surface area

The fruit is spilled in narrow strips, and the planter sum of the areas of tracing of the strips taken as the area

Fruit surface area

A factor representing the coating weight per unit surface area for the control group is used to calculate the surface area

Specific surface by the coating method

Coating the grains with a single layer of metal powder, and measuring the change in weight

Specifics surface by the coating method

Indicator of photosynthetic, capacity and growth rate of a plant and its measurement is a value in studies of plants, competition for light and nutrients plants soil water, relations, determining obligation rates

Leaf area

What functions are influence the function of many types of machines that is important, and their electrostatic separation from the end, desirable materials, and in the development of sizing

Shape and size

The shape and size of materials can be determined by

Graphical methods, Projected area method, Dimensional measurement, Electronic inspection systems

It is the material that is derived from living or recently living biological organisms

Biomass

Plant use _____ to convert water and carbon dioxide to sugars that can be stored

Light energy from the sun

Some plants like sugarcane and sugarbeet store, energy us

Simple sugars

Other plant stores, the energy is more complex sugar

Starches

How many percentage of the world uses or utilizes biomass for energy?

14%

Indicates the total amount of energy that is available in the fuel

Heating value

Total amount of energy that is available in the fuel, including the energy contained in the water vapor and excess gas

Higher heating value or HHV

One of the easier, but you must properties to measure, and can make the difference between a good and a bad fuel

Moisture content

It is the wet basis calculation the moisture content

Equal to the mass of water in the fuel, divided by the total mass of the fuel

Dry basis, calculations moisture content is equal to the

Massive water in the fuel divided by the mass of the dry portion of fuel

Air dried biomass typically has about how much moisture content

15 to 20%

Oven dried biomass is around

Moisture content is also an important characteristic of coals varying in the range

2 to 30%

The practical maximum moisture level for combusting fuel is about

60% wet basis

Most commercial equipment operates with fuel that only have up to about

40% moisture

It dictates the type of handling equipment required

Fuel size

It is the mass of a material divided by the volume it occupies

Bulk density

Bulk density of granular material is ______ on manner in which it is handled

Dependent

It is the maximum angle that bulk granular materials will form when poured and horizontal surface

Angle of repose

It is a living, biological product that germinates as well as respires

grain

It is the rate of respiration of paddy increases sharply

14% to 15% at 25°C called as critical point

It is insoluble in cold water, but swells in hot water

Starch

Unit density of wheat

998–1238 kg/m³

Unit density of corn

1138–1198 kg/m³

Unit density of Rye

1158–121 8 kg/m³

What is the angle of repose of wheat?

23 to 28°

What is the angle of repose of paddy?

30 to 45

Ventilated drying oven with temperature range that can be regulated

Oven

It should be measured when the grain has cooled to ambient temperature

Moisture content, determination

It operates on the principle of changes in capacitance or resistance with the moisture content of the grain

Moisture meter

Shelled kern, free from foreign matter

Clean shelled kernel

All matters, other than corn kernels, such as sand, gravel, dirt, pebbles stones, lumps of earth, clay, and mud weed seed

Foreign matter

It is the sum of the weight of collecting shelled kernels, and all the shelling looses

Total kernel input

Is the moisture content of corn wet basis?

18% to 24%

Kernel-Ear corn ratio

0.77–0.81

Determination of percent mechanically damage per kernels

three samples with 100 g separate broken, or crashed and weigh

These are kernels which show any signs of fissures fractures, and – or splinters

Cracked kernels

Physiologically matured seed developed from the ovary of the corn ear

kernel

Output kernels that were broken, and or scratch during the corn combine harvesting

Mechanically damaged kernel

It is the distance between the horizontal, supporting surface and horizontal plane, touching the uppermost part of the corn combine

Overall height

It is the distance between the vertical planes at the right angle to the median plane of the corn combine harvester

Vertical length

Is the ratio of the weight of clean corn kernels to the total weight of clean corn kernels sample expressed in percent?

Purity

Where is the submission of clean kernels, separation loss and unshelled loss express in kilogram?

Total kernel input

Kernels that remain in the cob after shelling

Unshelled kernels

The corn ear shall be mature and ready for combine harvesting with a moist

28% moisture content

Dry the samples in the oven with temperature of

130°C to 133°C in 38 hours plus -2 hours

It is the ratio of the weight of the corn kernel its volume

Bulk density

Milled, corn grains, where the outer covering or pericarp germ or embryo and tiptop have been removed

Corn grits

Whole-grain of shelled corn

Corn kernel

It is a machine that removes the pericarp crashes, the kernel polishes the gates and sort the grits into different sizes

Corn Mill

Crack, corn kernels where the germ tip cap and pedicure have been removed

degermed corn kernels

Amount of moisture in the corn kernels express as percentage of the total weight of the sample

Moisture content, wet bases

Threshed grain or shelled kernel with 100% purity, exclusive of the empty grains, and other impurities

Clean threshed grain

It is a grain that breaks in the process of the healing, which has a size of less than eighth 10th or 8/10 of the average length

Broken brown rice

The whole paddy with bran layer still intact

Brown rice

These are grain, which show signs of fissures, or fractures or splinters

Cracked grain

Grain which is heat damage whether damage sprouted or distinctively damage by insects, water, fungi, or any mechanical factors

Damage grain

Scientific name of pallay

Oryza Sativa L.

It is the author, most rough covering of the palay grains, consisting of the empty gloom, floral gum, and awn

Hull

Paddy which are light green and chalky with soft texture

Immature green

Unhulled grain of Oryza Sativa L. that is grain with hull enclosing the grain

palay/paddy, tough rice

Grain or a fraction of grain, with its length equal to or greater than eighth 10th or 8/10 of the average length of

Whole brown rice

Paddy whole milled rice grain, having length/width ratio over 3.0

Slender greens

Amount of moisture in the grain expressed as percentage of the total weight of the sample wet bases

Moisture content

Scientific name of corn

zea mays L.

100

Pistillate Inflorescence of the plant Zea Mays L. enclosed with a leaf-like protective covering known as husk

corn ear

Materials

Materials

Materials 1.2

Materials 1.2

Fluid Mech

Fluid Mech

Fluid Mech 1.2

Fluid Mech 1.2

ABE LAWS

ABE LAWS

ABE LAWS 2

ABE LAWS 2

ABE LAWS 3

ABE LAWS 3

Laws

Laws

casting

casting

finals

finals

surveying

surveying

PAES

PAES

PAES 1.2

PAES 1.2

PAES 1.3

PAES 1.3

add ons paes

add ons paes

TERMS

TERMS

MIDTERMS

MIDTERMS

MIDTERMS

MIDTERMS

PRECIPITATIO

PRECIPITATIO

ABE 512 (1)

ABE 512 (1)

REPORTS

REPORTS

PAES 302

PAES 302

PNS

PNS

BASIC COMPONENTS OF TRACTOR

ユーザ名非公開 · 100問 · 1年前

BASIC COMPONENTS OF TRACTOR

BASIC COMPONENT 2

BASIC COMPONENT 2

問題一覧

Explain truncate

Having both hands squared, or flattened

Explain ribbed

In cross-section side are more or less angular

Explain oblate

Flattened at the stem end and Apex

It’s axes connecting stem and Apex slated

Oblique

Explain ovate

Egg shaped and broad stem end

Explain Obovate

inverted ovate-broad at apex

Explain elliptical

Approaching ellipsoid

Is the measure of sharpness of the corners of the solid

Roundness

Is a degree to which an objects resembles as sphere

Sphericity

It can be calculated from the measure dimensions or by using various methods, such as liquid and gas

Volume

Surface area measurement can be done with

Coating method, Image analysis, Peeling method, Planimeter

Volume of substance, including internal and external pores

Apparent/bulk volume

It can be calculated by measuring the volume of the bulk sample by keeping the material in a container

Bulk volume

The actual volume of the solid granular material, which devoid of the volume of the internal pore space

Solid volumes/true volume

Solid volume of solid material, including water, including any interior pores that are filled with air

Expression and measurement of volume

It is the density of material when stocked or packed in bulk

Bulk density

It is determined by dividing the material volume inclusive, avoids to weight of product

Bulk density

What are the two kinds of void?

Void between particles, Void within particles

What is the book density requirement in packaging?

2–20%

Density of solid material, constituting, the true volume of the occupied by the material as well as intergranular spaces

Particle density/true density

It is the density of the material measured When the material has been broken into pieces, small enough to be sure that no close pores remains

Solid/substance density

Density of a substance, including all pores within the material

Apparent density

It is the measure void space between the materials

Porosity

It is defined on the percentage of the volume Of intergranular space to the total volume of grain bulk

Porosity

Porosity depends

Roughness of grain surface, Shape, Size dimension

Important to plant scientist, as well as engineers handling the processing products

Knowledge of leaf area and surface area

It is important and investigation related to the spray coverage, removal of spray, residue, and respiration rate

Surface area of fruits

Contact printing the surface on light sensitive paper and measuring the area by a planimeter

leaf and stalk surface area

The fruit is spilled in narrow strips, and the planter sum of the areas of tracing of the strips taken as the area

Fruit surface area

A factor representing the coating weight per unit surface area for the control group is used to calculate the surface area

Specific surface by the coating method

Coating the grains with a single layer of metal powder, and measuring the change in weight

Specifics surface by the coating method

Leaf area

What functions are influence the function of many types of machines that is important, and their electrostatic separation from the end, desirable materials, and in the development of sizing

Shape and size

The shape and size of materials can be determined by

Graphical methods, Projected area method, Dimensional measurement, Electronic inspection systems

It is the material that is derived from living or recently living biological organisms

Biomass

Plant use _____ to convert water and carbon dioxide to sugars that can be stored

Light energy from the sun

Some plants like sugarcane and sugarbeet store, energy us

Simple sugars

Other plant stores, the energy is more complex sugar

Starches

How many percentage of the world uses or utilizes biomass for energy?

14%

Indicates the total amount of energy that is available in the fuel

Heating value

Total amount of energy that is available in the fuel, including the energy contained in the water vapor and excess gas

Higher heating value or HHV

One of the easier, but you must properties to measure, and can make the difference between a good and a bad fuel

Moisture content

It is the wet basis calculation the moisture content

Equal to the mass of water in the fuel, divided by the total mass of the fuel

Dry basis, calculations moisture content is equal to the

Massive water in the fuel divided by the mass of the dry portion of fuel

Air dried biomass typically has about how much moisture content

15 to 20%

Oven dried biomass is around

Moisture content is also an important characteristic of coals varying in the range

2 to 30%

The practical maximum moisture level for combusting fuel is about

60% wet basis

Most commercial equipment operates with fuel that only have up to about

40% moisture

It dictates the type of handling equipment required

Fuel size

It is the mass of a material divided by the volume it occupies

Bulk density

Bulk density of granular material is ______ on manner in which it is handled

Dependent

It is the maximum angle that bulk granular materials will form when poured and horizontal surface

Angle of repose

It is a living, biological product that germinates as well as respires

grain

It is the rate of respiration of paddy increases sharply

14% to 15% at 25°C called as critical point

It is insoluble in cold water, but swells in hot water

Starch

Unit density of wheat

998–1238 kg/m³

Unit density of corn

1138–1198 kg/m³

Unit density of Rye

1158–121 8 kg/m³

What is the angle of repose of wheat?

23 to 28°

What is the angle of repose of paddy?

30 to 45

Ventilated drying oven with temperature range that can be regulated

Oven

It should be measured when the grain has cooled to ambient temperature

Moisture content, determination

It operates on the principle of changes in capacitance or resistance with the moisture content of the grain

Moisture meter

Shelled kern, free from foreign matter

Clean shelled kernel

All matters, other than corn kernels, such as sand, gravel, dirt, pebbles stones, lumps of earth, clay, and mud weed seed

Foreign matter

It is the sum of the weight of collecting shelled kernels, and all the shelling looses

Total kernel input

Is the moisture content of corn wet basis?

18% to 24%

Kernel-Ear corn ratio

0.77–0.81

Determination of percent mechanically damage per kernels

three samples with 100 g separate broken, or crashed and weigh

These are kernels which show any signs of fissures fractures, and – or splinters

Cracked kernels

Physiologically matured seed developed from the ovary of the corn ear

kernel

Output kernels that were broken, and or scratch during the corn combine harvesting

Mechanically damaged kernel

It is the distance between the horizontal, supporting surface and horizontal plane, touching the uppermost part of the corn combine

Overall height

It is the distance between the vertical planes at the right angle to the median plane of the corn combine harvester

Vertical length

Is the ratio of the weight of clean corn kernels to the total weight of clean corn kernels sample expressed in percent?

Purity

Where is the submission of clean kernels, separation loss and unshelled loss express in kilogram?

Total kernel input

Kernels that remain in the cob after shelling

Unshelled kernels

The corn ear shall be mature and ready for combine harvesting with a moist

28% moisture content

Dry the samples in the oven with temperature of

130°C to 133°C in 38 hours plus -2 hours

It is the ratio of the weight of the corn kernel its volume

Bulk density

Milled, corn grains, where the outer covering or pericarp germ or embryo and tiptop have been removed

Corn grits

Whole-grain of shelled corn

Corn kernel

It is a machine that removes the pericarp crashes, the kernel polishes the gates and sort the grits into different sizes

Corn Mill

Crack, corn kernels where the germ tip cap and pedicure have been removed

degermed corn kernels

Amount of moisture in the corn kernels express as percentage of the total weight of the sample

Moisture content, wet bases

Threshed grain or shelled kernel with 100% purity, exclusive of the empty grains, and other impurities

Clean threshed grain

It is a grain that breaks in the process of the healing, which has a size of less than eighth 10th or 8/10 of the average length

Broken brown rice

The whole paddy with bran layer still intact

Brown rice

These are grain, which show signs of fissures, or fractures or splinters

Cracked grain

Grain which is heat damage whether damage sprouted or distinctively damage by insects, water, fungi, or any mechanical factors

Damage grain

Scientific name of pallay

Oryza Sativa L.

It is the author, most rough covering of the palay grains, consisting of the empty gloom, floral gum, and awn

Hull

Paddy which are light green and chalky with soft texture

Immature green

Unhulled grain of Oryza Sativa L. that is grain with hull enclosing the grain

palay/paddy, tough rice

Grain or a fraction of grain, with its length equal to or greater than eighth 10th or 8/10 of the average length of

Whole brown rice

Paddy whole milled rice grain, having length/width ratio over 3.0

Slender greens

Amount of moisture in the grain expressed as percentage of the total weight of the sample wet bases

Moisture content

Scientific name of corn

zea mays L.

100

Pistillate Inflorescence of the plant Zea Mays L. enclosed with a leaf-like protective covering known as husk

corn ear