Cellulose, I believe it is the hydrogen bonds with in the cellulose that give a high tensile strength
If fiberglass is layed up in one direction only (unidirectional) its strength is greater than 100,000 psi for E glass and 250,000 psi for S glass. If layed up in cross plies like fiberglass cloth (G10) strength in tension is about 40,000 psi
due to the formation H2 bond
To calculate the pounds of tensile strength for 1.5-inch wide cotton webbing with a tensile strength of 615 pounds per inch, you multiply the tensile strength by the width. Thus, 615 pounds per inch multiplied by 1.5 inches results in a total tensile strength of 922.5 pounds. Therefore, the cotton webbing can support approximately 922.5 pounds before breaking.
Tricalcium silicate(C3S) ALITE (gives early strength to cement....heat of hydration is 120 cal/gm) Dicalcium silicate(C2S) BELITE (gives later strength ie after 7 days...less heat of hydration) Tricalcium aluminate(C3A) CELITE (gives INITIAL strength...high heat of hydration ...320 cal/g) Tetracalcium alumino ferrite(C4AF), FELITE (very high heat of hydration) - K @ $ ! civil engineering... GITAM UNIVERSITY
IRON
no
union gives strength
Gives You Strength was created in 1991.
Denim is a fabric made from cotton, which is a natural fiber derived from the cotton plant. The process of weaving cotton yarns creates the characteristic twill weave structure that gives denim its strength and durability. So, denim is considered a natural fabric.
The skeletal system gives the body shape and strength.
The cell membrane gives strength to animal cells and the cell wall gives strength to plant cells.
If fiberglass is layed up in one direction only (unidirectional) its strength is greater than 100,000 psi for E glass and 250,000 psi for S glass. If layed up in cross plies like fiberglass cloth (G10) strength in tension is about 40,000 psi
the H-bonds form a backbone of β-pleated sheets which gives the silk its strength.
due to the formation H2 bond
Export of cotton, which was heavily dependent on slavery.
To calculate the pounds of tensile strength for 1.5-inch wide cotton webbing with a tensile strength of 615 pounds per inch, you multiply the tensile strength by the width. Thus, 615 pounds per inch multiplied by 1.5 inches results in a total tensile strength of 922.5 pounds. Therefore, the cotton webbing can support approximately 922.5 pounds before breaking.
Cotton ,Gossypium indica