Textile Evaluation Quiz
Textile Evaluation Quiz
Test your knowledge in textile evaluation with this comprehensive quiz designed for students and professionals in the field. This quiz covers various aspects of fabric properties, testing methods, and classification systems that are essential for anyone interested in textiles.
- Assess your understanding of fabric evaluation
- Learn about different testing methods
- Enhance your knowledge in textile science
How many modules are there in both KES & FAST evaluation systems.
2&4
3&4
4&4
2&2
Which of the following property is not measured through any of the low stress evaluation systems?
Compression
Dimensional stability
Wicking
Shearing
Drape coefficient values will be in the range ______
<1
>1
<0.5
<0.85
With respect to tear strength which of the following statements are correct.
Tear strength depends upon thread strength
Tear strength does not depends upon weave and set
Tear strength of high set fabric > tear strength of low set fabric
Tear strength of Twill weave > tear strength of plain weave
Bending stiffness of a fabric can be measured using ----------- method
CRT
CRE
Cantilever
Simple Harmonic Motion
Tearing Strength is normally carried out for
Non-woven Fabrics
Woven fabrics
Braided Fabrics
Knitted Fabrics
Bursting Strength is normally carried out for
Braided Fabrics
Knitted Fabrics
Non-woven Fabrics
Woven fabrics
The ratio of fabric strength per thread and single thread strength is always
Equal to unity
Greater than unity
Less than Unity
None of the above
Pressure applied on a woven fabric during measurement of thickness in gf/sq.cm is generally __________
5
20
50
100
With an increase in Pick desity, the tensile strength of a fabric in warp direction
First increases and then decreases
First decreases and then increases
Increases
Decreases
The units of bending rigidity of a fabric are
MN/mm2
MN/mm
MN.mm
MN.mm2
The drape of a fabric is influenced the most by its
Bursting strength
Elongation at break
Tensile Strength
Bending rigidity
Pilling propensity on fabric surface increases with
Increase in length of fibre used in yarn
Decrease in fibre strength
Decrease in inter fibre friction
Increase in twist level
The reciprocal of air permeability is
Permittivity
Air resistance
Porosity
Water Permeability
Rubbing fastness carried out in __________
Spectrophotometer
Crock meter
Lactometer
UV chamber
The ability of the material to respond to transverse deformations is ______
Bending Stiffness (rigidity)
Flexural rigidity
Torsional rigidity
Shear rigidity
__________ is the deformation or wrinkling of a fabric along a Sewing line.
Seam security
Seam slippage
Seam failure
Seam pucker
Tear strength of a fabric is higher for
Plain weave
2/1 Twill
3/1 Twill
Both a and b
Torsional rigidity is for
Resistance to strain
Resistance to twisting
Resistance to bending
Resistance to stress
Flexural rigidity is for
Resistance to strain
Resistance to twisting
Resistance to bending
Resistance to stress
Swelling of fibre causes a greater increase in the fibre _________
Thermal effects
Dimension
Mechanical properties
Electrical properties
When textile materials absorb moisture, heat is generated that is called ___________
Swelling
Heat of desorption
Heat of absorption
Heat of adsorption
In connection with abrasion testing of fabrics, higher values of abrasion can be attributed to P) Lower pressure on fabric Q) Lower fabric tension R) Higher fabric compressibility S) New abrading surface.
P,Q,S
R,S,P
P,Q,R
Q,R,S
Which one is not correct to determination of yarn strength is essential?
Assess fabric properties and to design fabric for specific purposes
Appearance of the fabric
Assess the influence of changes in any physical or chemical treatments
Effect of any structural changes in the yarn during spinning
Which is the aesthetic property?
Drape
Crease recovery
Wrinkle recovery
All of the above
Fabrics are more extensible in the higher load region than low load region.
True
False
In connection with tear strength testing, which of the following is not correct?
Higher float weave increases tear strength
Lower yarn to yarn friction increases tear strength
Higher fabric cover increases tear strength
Higher yarn strength increases tear strength
The test methods needed for elastic waistband are i) Fit for labeled size, ii) Resistance to degradation, iii) Strength tests, iv) Measuring dimensions
I & ii only
ii & iii only
ii & iv only
I, iii & iv only
A disruption in the original surface area of a sewn fabric and gives a swelling and wrinkled effect along the line of the seam is called
Seam slippage
Seam pucker
Seam appearance
Seam strength
The elasticity of a seam or stitching depends on i) Stitch type ii) Thread strength iii) Thread elasticity
I & ii only
Ii & iii only
I & iii only
I, ii & iii
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