Because they resist stretch, the ________ fibers provide the tensile strength of bone.
Because they resist stretch, the ________ fibers provide the tensile strength of bone.
| hydroxyapatite |
| calcium phosphate |
| collagen |
| calcium hydroxide |
| sodium phosphate |
Answer :
Because they resist stretch, the collagen fibers provide the tensile strength of bone.
Because they resist stretch, the ________ fibers provide the tensile strength of bone. Because they resist...
what is the difference between tensile and compressive strength of bone? explain
Proteoglycans in the extracellular matrix of animal tissues (a) provide tensile strength. (b) form a dense compact matrix. (c) are linked to microtubules through the plasma membrane. (d) are polysaccharides composed of glucose subunits. (e) provide cartilage with the ability to resist compression.
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Because of it's tensile strength, steel is considered a ________ material. a) Brittle b) Ductile c) Flexible
Because of it's tensile strength, aluminum is considered a ________ material. a) Brittle b) Soft c) Light
1. A copper deficiency will cause ---- in most species: a) low bone collagen strength b) low mineralization of bone c) abnormal calcium metabolism d) over mineralization of bones 2. --- is the general feature of a manganese deficiency and is not usually diet but an --- a) skeletal defects, enzyme dysfunction b) poor reproduction, enzyme dysfunction c) anemia, enzyme dysfunction d) excess growth, , enzyme hyperfunction 3. Loss of body magnesium from the loss of body fluids or malabsorption...
1. A copper deficiency will cause ---- in most species: a) low bone collagen strength b) low mineralization of bone c) abnormal calcium metabolism d) over mineralization of bones 2. --- is the general feature of a manganese deficiency and is not usually diet but an --- a) skeletal defects, enzyme dysfunction b) poor reproduction, enzyme dysfunction c) anemia, enzyme dysfunction d) excess growth, , enzyme hyperfunction 3. Loss of body magnesium from the loss of body fluids or malabsorption...
Polymer composite materials have gained popularity because they have high strength to weight ratios and are relatively easy and inexpensive to manufacture. However, their nondegradable nature has prompted development of environmentally friendly composites using natural materials. An article reported that for a sample of 10 specimens with 2% fiber content, the sample mean tensile strength (MPa) was 51.1 and the sample standard deviation was 1.2. Suppose the true average strength for 0% fibers (pure cellulose) is known to be 48...
Polymer composite materials have gained popularity because they have high strength to weight ratios and are relatively easy and inexpensive to manufacture. However, their nondegradable nature has prompted development of environmentally friendly composites using natural materials. An article reported that for a sample of 10 specimens with 2% fiber content, the sample mean tensile strength (MPa) was 51.7 and the sample standard deviation was 1.4. Suppose the true average strength for 0% fibers (pure cellulose) is known to be 48...
Polymer composite materials have gained popularity because they have high strength to weight ratios and are relatively easy and inexpensive to manufacture. However, their nondegradable nature has prompted development of environmentally friendly composites using natural materials. An article reported that for a sample of 10 specimens with 2% fiber content, the sample mean tensile strength (MPa) was 51.3 and the sample standard deviation was 1.1. Suppose the true average strength for 0% fibers (pure cellulose) is known to be 48...