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PROPERTIES OF AB MATERIALS (MODULE 2.1)

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MIDTERM EXAMINATION

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PROPERTIES OF AB MATERIALS (MODULE 2.1)
 

PROPERTIES OF AB MATERIALS (MODULE 2.1)Version en ligne

MIDTERM EXAMINATION

par Grace Balahay
1

of AB materials affect how they are to be processed, handled, transported, processed, stored, and consumed

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2

of spherical particles is easily defined by a single characteristic such as its diameter.

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3

Approaching spheroid

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4

Flattened at the stem end and apex

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5

Vertical diameter greater than the horizontal diameter

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6

Tapered toward the apex

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7

Egg-shaped and broad at the stem end

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8

Inverted oblate

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9

Axis connecting stem and apex slanted

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10

Approaching ellipsoid

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11

Having both ends squared or flattened

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12

One half larger than the other

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13

In cross section, sides are more or less angular

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14

Horizontal section approaches a circle

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15

Horizontal cross section departs materially from a circle

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16

is used in sieve separation of foreign materials or grading.

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17

Defined as the force of gravity on the object, and calculated as the product of the mass (m) times the acceleration (g) of gravity (w = mg).

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18

of an object is a fundamental property of the object and is a measure of the amount of matter in the object

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19

of an object is a measure of how much space it occupies

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20

of a material is the amount of that material occupying a certain space and is expressed in units of mass per unit volume.

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21

is the mass divided by the volume of the particle alone.

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22

is the mass of a group of individual particles divided by the space occupied by the entire mass, including the air space.

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23

is the density of a pure substance or a composite material calculated from the densities of its components considering conservation of mass and volume.

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24

is the density of the solid material (including water), excluding any interior pores that are filled with air.

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25

is the density of a material measure when the material has been broken into pieces small enough to be sure that no closed pores remain.

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26

is the density of a particle that has not been structurally modified. It includes the volume of all closed pores but not the externally connected ones.

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27

is the density of a substance including all pores within the material (internal pores).

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28

is the percentage of air between the particles compared to a unit volume of particles.

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29

allows gases, such as air, and liquids to flow through a mass of particles referred to as a packed bed in drying and distillation operations

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30

It is a measure of the total area that the surface of the object occupies.

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31

relate to visual properties of the materials observable by the human eye.

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32

These properties are used to evaluate the physical quality conditions the products through visual inspection for grading and sorting purposes.

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33

is the decrease in volume of the material during processing such as drying. When moisture is removed from food during drying, there is a pressure imbalance between inside and outside of the food. This generates contracting stresses

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34

affects the diffusion coefficient of the material and therefore has an effect on the drying rate.

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35

is defined as the ratio of the apparent volume at a given moisture content to the initial apparent volume of materials before processing.

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36

If there is a uniform shrinkage in all dimensions of the material

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37

The nonuniform shrinkage in different dimensions, on the other hand

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