The strength of timber is influenced by several factors, including species type, moisture content, and growth conditions. Different wood species have varying densities and structural properties, affecting their load-bearing capacity. Additionally, higher moisture content can weaken timber, making it more susceptible to deformation and decay. Lastly, growth conditions such as soil quality, climate, and exposure to pests or diseases can impact the overall quality and strength of the wood.
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To increase the strength of a magnet you need to stack it between two stronger magnets or electromagnets. To weaken it, you'd have to heat it up, or use the same method as when strengthening, only this time you should flip the magnet so it would repel the stronger (electro)magnets.
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The strength of timber depends on its species, moisture content, and the direction of the load applied. Different wood species have varying strength properties. Moisture content affects wood's strength and dimensional stability. The direction of load applied influences wood's strength due to its anisotropic nature.
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1) the mass of the object. 2) the strength of the gravitational (or acceleration) field effecting it.
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C16 timber is sawn softwood structural timber which has been treated and strength graded
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J. Irvine has written: 'An investigation of the factors affecting the biodeterioration of treated timber in aquatic habitats.1974' 'Research evaluation in British science'
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Factors affecting the strength of tablets include the type and concentration of binding agents used, the compression force applied during manufacturing, the particle size and distribution of the active ingredient, and the presence of any excipients that can affect tablet hardness. Other factors can include moisture content, temperature during compression, and the presence of any lubricants or glidants.