For the answer to the question above, <span> the geologists must look closely at the physical properties of a mineral. These properties can include the color, streak, hardness, cleavage, specific gravity, crystal form, and others factors.
For the answer to the question above, the geologists must look closely at the physical properties of a mineral. These properties can include the color, streak, hardness, cleavage, specific gravity, crystal form, and others factors. Explanation: Even geologists will<span> have a </span>tough<span> time </span>distinctive<span> minerals. There </span>area unit<span> over </span>four<span>,000 </span>better-known<span> minerals, and </span>close to<span> 80-100 new one's </span>area unit<span> discovered </span>annually<span>. Of </span>these<span>, </span>solely some<span> hundred </span>are thought of<span> common.</span>
<span>To help with identification, geologists </span>should<span> look closely at the physical properties of a mineral. These properties </span>will<span> include color, streak, hardness, cleavage, </span>relative density<span>, crystal </span>type<span>, and others. By observing them one can predict properties.</span>
It was the planet Venus that made the spacecraft Magellan enable the scientists to make an extensive research. The spacecraft Magellan was a robotic space probe that was launched to observe the planet Venus and calculate the gravitational field of the planet.
