The density of pine varies slightly by the type of pine. Pitch pine has a density of 0.67, Scots pine 0.51, white pine 0.35, and yellow pine 0.42.
0.45g/cm3
0.67
the density is 657.0987536438347355
To answer this, you would need to know the density of pine.
Mass doesn't change density because density is a qualitative property, meaning it is a quality for material's density, not a measure of how much density in the material. A quality is the same thing as a trait, for instance, pine trees have pine needles, even the little ones, it does not change because they are different sizes because it is a trait for a pine tree to have needles.
The pine nuts are inside the pine cone.
Pine trees have quite a few things that fern and mosses do not. Pine trees have pine cones and a wooden trunk.
the density is 657.0987536438347355
To answer this, you would need to know the density of pine.
Mass doesn't change density because density is a qualitative property, meaning it is a quality for material's density, not a measure of how much density in the material. A quality is the same thing as a trait, for instance, pine trees have pine needles, even the little ones, it does not change because they are different sizes because it is a trait for a pine tree to have needles.
670kg/m^3
to decease the density of thewater so that
pine wood?
The tree would probably disintegrate.
Depending on the species, it ranges from 0.35 g/cc to 0.5 g/cc
Pine cones float because they are less dense than the water, so they float. When you put them in right-side-up, the air gets trapped under the water. This causes the air bubbles to push up which makes the pine cone float.
loblolly pine trees
loblolly pine trees
Because the cup is a unit of volume and the ounce is generally a unit of mass you need to know the density of these pine nuts for the calculus.