Scientists have noted that at present the earth is closest to the sun in january and farthest from the sun in july. the reverse will be true in 13,000 years and the earth will then be closer to the sun in july than january. how would this change affect the climate in the northern hemisphere? winters would be cooler and summers warmer because of the closer proximity of the earth to the sun. winters would be warmer and summers cooler because of the closer proximity of the earth to the sun. winters would be shorter and summers longer because of the closer proximity of the earth to the sun. winters would be longer and summers shorter because of the closer proximity of the earth to the sun.

Winters would be cooler and summers warmer because of the closer proximity of the Earth to the Sun.

Explanation:

Right now in the Northern hemisphere of the earth in July is the summer, the hottest season of all, and in January it´s winter the coolest season of all, so if 13,000 years from now the earth will be closer to the sun in july and more far away in january what this would do is create cooler winters, and warmer summers.

the element that provides strength to the exoskeletons of clams and oysters is phosphorus.

this is so because calcium carbonate is the main component in the shells. calcium carbonate is strengthened by phosphorus.

explanation:

[ answer ]

foliated

[ explanation ]

foliation forms in a rock when pressure squeezes the rock together. the rock then has a design of many different color little lines. there are three types of foliated rock. the types are slate, schist, and gneiss. each type of foliated rock is different based on grain size and foliation characteristics. the lines appear when the rock has been under pressure.

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