To find the lengths of the two pieces, you first need to find the total number of parts in the ratio, which is 7+2=9 parts. Then, divide the total length of the original timber by the total number of parts to find the length of one part: 828 cm / 9 = 92 cm per part. Finally, multiply the length of the larger part (7 parts) by the length of one part to find the length of the larger cut: 7 parts * 92 cm = 644 cm. Therefore, the larger cut length is 644 cm.
Lengths of timber are typically measured using either imperial or metric units, with common measurements being in feet and inches or meters and centimeters. Measurement is often done with a tape measure, ensuring accuracy by placing the end of the tape at one end of the timber and extending it to the other end. It's important to measure straight along the length of the timber, avoiding any curves or irregularities. Additionally, some timber may be sold in standardized lengths, which can simplify the measurement process.
The answer depends on the cross-sectional area of the timber.
Cubic metres.
No it's not. It's a simile.
1 ton, but I don't know whether that's a short ton or a long ton. A cubic ton is a measurement of volume (i.e. how much space it takes up). A cubic ton of sand is how much space a ton of sand takes up. A cubic ton of timber is how much space a ton of timber takes up, and as timber is lighter than sand, a cubic ton of timber is larger than a cubic ton of sand, even though they both weigh the same. As for the volume of a cubic ton of sand, I have no idea. You could get a rough answer this way: "m" divided by "d" where m =one ton in whatever units you are using (e.g. kg) and d = density of sand (in the same units)
A timber pond was basically an artificial pond of water for storing cut lengths of timber to prevent them becoming seasoned. Mainly used in ship building.
The original answer here was nonsense, pianos aren't only made of timber, most grand pianos are made of timber because it's a strong, and solid wood.
To find the length of the larger piece, we first need to determine the total number of parts in the ratio, which is 7 + 2 = 9 parts. Next, we divide the total length of the original piece by the total number of parts to find the length of one part: 828 cm / 9 = 92 cm. Finally, we multiply the length of the larger piece's parts in the ratio by 7 (since the larger piece has 7 parts): 92 cm * 7 = 644 cm. Therefore, the larger piece is 644 cm long.
11 x 1.75 = 19.25 Theoretically, you would have 2.75 meters left. In reality, you lose a little bit of timber to sawdust every time you make a cut.
Timber wolves' size depends on the gender of the wolf. The female wolf is generally larger, and MUCH more aggressive than the male.
The eastern diamondback is larger than the timber rattlesnake, and they would probably ignore each other in the wild.
New England Colonies
Microlam (or glulam) is an engineered timber product that is made from layers or wood held together with adhesives. The end product is generally made into lengths or beams that are stronger and less prone to warping and twisting than standard timber products.
-20.25
Most larger timber merchants stock a range of hardwoods. The number of harwoods is enormous, and no merchant can stock them all.
The larger tress from British Columbia are more valuable for lumber production.
The original Globe was made from timber that was used in a previous theater, called The Theatre, which was owned by one of the shareholder's father. The original burned down in a fire. It was rebuilt in 1614 and then closed in 1642 by Puritans.