<h3><u>
Answer:</u> </h3>
<u>The statements that best describe the minerals shown in the picture are as below:</u>
- The "mineral on the right" formed from magma.
- The "mineral on the left" has "larger crystals" than the mineral on the right.
- The mineral on the left "cooled more slowly" than the mineral on the right.
<h3><u>
Explanation:</u> </h3>
- Magma is nothing but unerupted lava. Thus, the mineral on the right can be said to have formed from magma.
- It is apparent that the mineral on the left has larger crystals than the mineral on the right.
- The size of the crystals in the mineral on the left proves that the mineral on the left got more time to cool down which resulted in the formation of larger crystals.
Answer:
The Troposphere
The biggest difference between the equinox and the solstice is that a solstice is the point during the Earth's orbit around the sun at which the sun is at its greatest distance from the equator, while during an equinox, it's at the closest distance from the equator
The leeward side
Forest, Grasslands, Tundra, Desert
Whatever one you choose, me Forest
Answer:
these are just off the internet :P
Explanation:
Singapore
Singapore is located in Southeast Asia around 85 miles (137 kilometers) north of the equator, south of Peninsular Malaysia, and east of West Sumatra (Indonesia)—just across the Strait of Malacca. The big island of Borneo lies to the east of Singapore
Djibouti
Djibouti City is the capital and largest settlement in Djibouti, situated in the Horn of Africa. The city is located in eastern Djibouti, approximately 21 kilometres (13 miles) northwest of the Somalia border. It is a seaport, with the only sheltered harbour on the western side of the Gulf of Tadjoura.
In order for the Earth to get larger, more mass would have to be added. Since no new mass is added in the process, It's size doesn't increase.
The Earth’s orbit around the Sun is an ellipse, not a circle but the ellipse changes shape s<span>ometimes it is almost circular and the Earth stays approximately the same distance from the Sun as it progresses around its orbit.</span>
