A caliper that measures inside cylinders and similar things.
Similar - They're both metals, and they both can be recycled. Differences - density, electronegativity, orbital structure, atomic number, heat capacitance, conductance, monetary value, sheen...almost everything else.
the same number of sides and internal angles but not the length of the sides.
Density is a measure of mass per unit volume. You need the mass and the volume of an object to be bale to calculate its density. There is no information about the mass. Furthermore, density is given in terms of grams per cubic centimetre, or grams per millilitre or similar. Density cannot be expressed in gram or cm.
A chloroplast.
In our own solar system, the planet whose density and internal structure most resemble that of the Earth is Venus. There may be other planets elsewhere in the galaxy which resemble Earth even more closely, but we have not had the opportunity to observe them.
the answer is Venus, and Earth
Earth and Venus are similar in size, density, and internal structure. Both are rocky planets with similar masses and compositions. Mercury and Mars are also similar in size and density, although Mars has a thinner atmosphere and a less differentiated interior compared to Mercury.
Planets are inanimate and, like all inanimate objects, they do not poop!
Size, mass, internal structure (probably).
Rock. Their basic structure is probably similar to that of the Earth.
Stem has a similar function to the internal skeleton of an animal. It provides support, structure, and transport of nutrients within the plant, similar to how the skeleton supports and shapes an animal's body.
Yes. It is made of rock, with a general internal structure similar to that of Earth.
Density is a quantity shared by objects with mass and volume. Volume is the ratio of density to mass, whereas mass is the product of volume and density. Earth and Venus are two planets with similar mass and volume. Venus is slightly smaller.
The other planets are not similar to dwarf planets.
their internal structure makes them behave in a similar way.
No, the density of Mars is less than that of Earth and Venus, making it less dense than other terrestrial planets. This lower density is due to Mars having a smaller iron core and less overall mass compared to Earth and Venus.