Solids can be stacked in heaps because they have a fixed shape and can support the weight of other objects without changing their form. Liquids and gases do not have a fixed shape and would flow and disperse if stacked on top of each other.
small amounts fill large containers
They're called Chloroplasts.
You can stack cubes, spheres, and cylinders. Cubes provide a stable base due to their flat surfaces, while spheres can be stacked in a way that they nestle into one another. Cylinders offer stability when stacked vertically, especially when they have a flat bottom. Together, these shapes can create interesting and stable structures.
Solids do not have a pH because pH is a measure of the concentration of hydrogen ions in a solution. Since solids are not in solution, they do not have free hydrogen ions to measure pH. pH can only be measured in aqueous solutions.
s-waves travel through solids only
Solids that have a flat surface and can maintain stability can be stacked. Common examples include blocks, books, and boxes. The shape and weight distribution of the solid are important factors in determining if it can be successfully stacked.
Euclid was the one who proved that there are only five platonic solids.
there were heaps of bodies on the field. Farms were full with heaps Of crops.
S-waves travel only through solids.
not likely. You can have heaps or none.
only sand
small amounts fill large containers
Golgi Body
They're called Chloroplasts.
You can stack cubes, spheres, and cylinders. Cubes provide a stable base due to their flat surfaces, while spheres can be stacked in a way that they nestle into one another. Cylinders offer stability when stacked vertically, especially when they have a flat bottom. Together, these shapes can create interesting and stable structures.
Stacked is correct.
heaps and they all had a huge gangy their.! heaps and they all had a huge gangy their.! heaps and they all got on the gang there heaps and they all got on the gang there heaps and they all got on the gang there