Question

how much heavier is maize than wheat?


Answer

15kg

The maize wheat 15kg


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Answer 1

Answer:

Iodine is a solid that sublimes. If a mixture of iodine and sand is heated in a beaker, the iodine changes from solid to vapour directly. The vapour changes back to solid directly on a cold surface. The sand is not affected by the heat and remains in the beaker.

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Answer 2

Answer:

Iodine is a solid that sublimes. If a mixture of iodine and sand is heated in a beaker, the iodine changes from solid to vapour directly. The vapour changes back to solid directly on a cold surface. The sand is not affected by the heat and remains in the beaker.

www.to

Answer 3

Answer:

Iodine is a solid that sublimes. If a mixture of iodine and sand is heated in a beaker, the iodine changes from solid to vapour directly. The vapour changes back to solid directly on a cold surface. The sand is not affected by the heat and remains in the beaker.

www.to

Answer 4

Answer:

Iodine is a solid that sublimes. If a mixture of iodine and sand is heated in a beaker, the iodine changes from solid to vapour directly. The vapour changes back to solid directly on a cold surface. The sand is not affected by the heat and remains in the beaker.

www.to

Answer 5

Answer:

Iodine is a solid that sublimes. If a mixture of iodine and sand is heated in a beaker, the iodine changes from solid to vapour directly. The vapour changes back to solid directly on a cold surface. The sand is not affected by the heat and remains in the beaker.

www.to

Answer 6

Answer:

Iodine is a solid that sublimes. If a mixture of iodine and sand is heated in a beaker, the iodine changes from solid to vapour directly. The vapour changes back to solid directly on a cold surface. The sand is not affected by the heat and remains in the beaker.

www.to

Answer 7

Answer:

Iodine is a solid that sublimes. If a mixture of iodine and sand is heated in a beaker, the iodine changes from solid to vapour directly. The vapour changes back to solid directly on a cold surface. The sand is not affected by the heat and remains in the beaker.

www.to