(Get solution or answer for) QUESTION 1Organic materials that originate from living organisms have ________. a. carbon-based structures a. carbon-based structures b. natural materials c. inorganic materials d. synthetic materials0.4...

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QUESTION 1Organic materials that originate from living organisms have           nbsp a  carbon-based structures nbsp  nbsp a  carbon-based structures nbsp  nbsp b  natural materials nbsp  nbsp c  inorganic materials nbsp  nbsp d  synthetic materials0 4 points  nbsp  nbsp QUESTION 2         are those that occur in nature  nbsp  nbsp  nbsp a  Nano-based structures nbsp  nbsp b  Natural materials nbsp  nbsp c  Composite materials nbsp  nbsp d  Synthetic materials nbsp 0 4 points  nbsp  nbsp QUESTION 3Some natural materials are          materials that originate from a living organism and have carbon-based structures  nbsp  nbsp  nbsp a  inorganic nbsp  nbsp b  organic nbsp  nbsp  nbsp c  synthetic nbsp  nbsp  nbsp d  composite0 4 points  nbsp  nbsp QUESTION 4         is are human-made  nbsp  nbsp  nbsp a  Inorganic materials nbsp  nbsp b  Synthetic materials nbsp  nbsp c  Aromatic polyamide nbsp  nbsp d  Unnatural materials0 4 points  nbsp  nbsp QUESTION 5         are made by combining particles of fibers of wood with adhesives  nbsp  nbsp  nbsp a  Timber nbsp  nbsp  nbsp b  Lumber nbsp  nbsp c  Softwoods nbsp  nbsp  nbsp d  Engineered woods0 4 points  nbsp  nbsp QUESTION 6         always contain iron  nbsp  nbsp  nbsp a  Non ferrous materials nbsp  nbsp  nbsp b  Ferrous materials nbsp  nbsp c  Carbon compounds nbsp  nbsp d  Alloys0 4 points  nbsp  nbsp QUESTION 7What is a mixture of two or more metals called  nbsp  nbsp  nbsp a  non ferrous materials nbsp  nbsp b  ferrous materials nbsp  nbsp c  carbon nbsp  nbsp d  alloys0 4 points  nbsp  nbsp QUESTION 8         are made from a combination of two or more materials with different properties  nbsp  nbsp  nbsp a  Alloys nbsp  nbsp b  Composite materials nbsp  nbsp c  Reinforcement materials nbsp  nbsp d  Piezoelectric0 4 points  nbsp  nbsp QUESTION 9         refer to the density  and to the freezing  melting  and boiling point materials  nbsp  nbsp  nbsp a  Melting point nbsp  nbsp b  Boiling point nbsp  nbsp c  Physical properties nbsp  nbsp d  Chemical properties0 4 points  nbsp  nbsp QUESTION 10         is a measure of how tightly the materials of an atom are packed together  nbsp  nbsp  nbsp a  Weight nbsp  nbsp b  Resistance nbsp  nbsp c  Density nbsp  nbsp d  Volume0 4 points  nbsp  nbsp QUESTION 11What is the formula for density  nbsp  nbsp  nbsp a  mass X volume nbsp  nbsp b  mass   volume nbsp  nbsp c  mass2 nbsp X volume nbsp  nbsp d  mass2 nbsp   volume0 4 points  nbsp  nbsp QUESTION 12         are those that influence a material s ability to withstand and endure applied forces  nbsp  nbsp  nbsp a  Mechanical properties nbsp  nbsp b  Strength nbsp  nbsp c  Tensile strength nbsp  nbsp d  Compressive strength0 4 points  nbsp  nbsp QUESTION 13         properties define the strength of a material  and govern how easily it can be formed into a shape  nbsp  nbsp  nbsp a  Chemical nbsp  nbsp b  Organic nbsp  nbsp c  Mechanical nbsp  nbsp d  Physical0 4 points  nbsp  nbsp QUESTION 14The          of a material is the maximum stress a material can withstand when a load is placed upon it  nbsp  nbsp  nbsp a  flexural strength nbsp  nbsp b  tensile strength nbsp  nbsp c  shear strength nbsp  nbsp d  compressive strength0 4 points  nbsp  nbsp QUESTION 15The          of a material is the maximum amount of tension a material can withstand before it fails  nbsp  nbsp  nbsp a  flexural strength nbsp  nbsp b  tensile strength nbsp  nbsp c  shear strength nbsp  nbsp d  compressive strength0 4 points  nbsp  nbsp QUESTION 16The          of a material is the maximum stress required to shear a piece of material so that the sheared parts are totally separated from one to another  nbsp  nbsp  nbsp a  flexural strength nbsp  nbsp b  tensile strength nbsp  nbsp c  shear strength nbsp  nbsp d  compressive strength0 4 points  nbsp  nbsp QUESTION 17         refers to the amount of stress it takes to bend a material from point to failure  nbsp  nbsp  nbsp a  Flexural strength nbsp  nbsp b  Tensile strength nbsp  nbsp c  Shear strength nbsp  nbsp d  Compressive strength0 4 points  nbsp  nbsp QUESTION 18The          is the maximum stress to which a material could be subjected and still be able to return to its original state when the load is released  nbsp  nbsp  nbsp a  flexural strength nbsp  nbsp b  tensile strength nbsp  nbsp c  shear strength nbsp  nbsp d  elastic limit0 4 points  nbsp  nbsp QUESTION 19         is an engineering term that refers to the amount of stress applied to a material when it starts to deform plastically  nbsp  nbsp  nbsp a  Yield point nbsp  nbsp b  Toughness nbsp  nbsp c  Malleability nbsp  nbsp d  Brittleness0 4 points  nbsp  nbsp QUESTION 20What is the term for transforming basic  raw  materials into industrial materials and then into finished products  nbsp  nbsp  nbsp a  manufacturing nbsp  nbsp b  processing nbsp  nbsp c  cladding nbsp  nbsp d  molding0 4 points  nbsp  nbsp QUESTION 21What is a substrate  nbsp  nbsp  nbsp a  an underlying material nbsp  nbsp b  a filler nbsp  nbsp c  an alloy nbsp  nbsp d  an electroplate0 4 points  nbsp  nbsp QUESTION 22Which process bonds two different metals together by putting them by pressing them under high pressure  nbsp  nbsp  nbsp a  drilling nbsp  nbsp b  cladding nbsp  nbsp c  grinding nbsp  nbsp d  electroplating0 4 points  nbsp  nbsp QUESTION 23Which if the following is the most important factor in the selection process of a material  nbsp  nbsp  nbsp a  Reusability nbsp  nbsp b  Availability nbsp  nbsp c  Raw cost nbsp  nbsp d  Production cycle0 4 points  nbsp  nbsp QUESTION 24Due to           the sources for many materials have increased  nbsp  nbsp  nbsp a  globalization nbsp  nbsp b  availability nbsp  nbsp c  the Internet nbsp  nbsp d  selection0 4 points  nbsp  nbsp QUESTION 25The          of the material includes more than the cost of the raw material  nbsp  nbsp  nbsp a  quality nbsp  nbsp b  functionality nbsp  nbsp c  realistic lifespan nbsp  nbsp d  true cost

Amit Agarwal · Accepted Answer

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		a. Nano-based structures
		b. Natural materials
		c. Composite materials
		d. Synthetic materials

		a. inorganic
		b. organic
		c. synthetic
		d. composite

		a. Inorganic materials
		b. Synthetic materials
		c. Aromatic polyamide
		d. Unnatural materials

		a. Timber
		b. Lumber
		c. Softwoods
		d. Engineered woods

		a. Non ferrous materials
		b. Ferrous materials
		c. Carbon compounds
		d. Alloys

		a. carbon-based structures
		b. natural materials
		c. inorganic materials
		d. synthetic materials

		a. non ferrous materials
		b. ferrous materials
		c. carbon
		d. alloys

		a. Alloys
		b. Composite materials
		c. Reinforcement materials
		d. Piezoelectric

		a. Melting point
		b. Boiling point
		c. Physical properties
		d. Chemical properties

		a. mass X volume
		b. mass / volume
		c. mass² X volume
		d. mass² / volume

		a. Mechanical properties
		b. Strength
		c. Tensile strength
		d. Compressive strength

		a. flexural strength
		b. tensile strength
		c. shear strength
		d. compressive strength

		a. an underlying material
		b. a filler
		c. an alloy
		d. an electroplate