Start with two facts about water. 1) Water has a high specific heat capacity and 2) water has a high heat of vaporization. So you can discard the other two answers.
The specific heat capacity is the amount of heat that a substance need to increase its temperature 1 °C. The bigger the specific heat capacity the more heat is needed to increase the temperature of the substance. Then it is the high specific heat capacity of water what prevents that its temperature increase very rapidly when the sun heats it, which in turn avoids that the water evaporates too fast.
Then, the answer is the high specific heat capacity.
Answer:
Hemophilia is a X-linked recessive disease. Tim is not correct in his thinking because he can not pass the condition to his son. Only mother can pass it to sons since they get X chromosome from the mother. Father gives Y chromosome to sons which does not carry the hemophilic gene.
Tim and Stephanie's son can be hemophilic even when neither of the parents are hemophilic. In this case, Stephanie must be a carrier i.e. heterozygous for the trait.
Tim : XHY (normal)
Stephanie : XHXh (normal but carrier)
Their children:
XH Y
XH XHXH XHY
Xh XHXh XhY
As clear by the punnett square, all the daughters will be normal (half will be carriers like Stephanie). Half of the sons will be normal (XHY) and other half will have hemophilia (XhY).
It elft it cold and frozen
Answer:
This is possibly a bad idea because it could mess up the balance of the oceanic ecosystem and because of the drop in starfish, the whole food chain could get affected and plants and animals could die.
hope this helped
