Answer:it is not wet
Explanation: while many people believe it is, it is only our imagination of how our body think water would feel like.
Water is wet that is why you have to dry off after going swimming or after you wash your hands you have to dry them because they are wet. I don't understand how people think water is dry because water is a liquid and wet.
Answer:
27·92 %
Explanation:
Given chemical equation is
2C4H10 + 13O2 -----> 8CO2 + 10H2O
So according to the above balanced chemical equation for 2 moles of C4H10, 10 moles of water is produced
Molecular weight of C4H10 is 58 g
Molecular weight of water is 18 g
So for 116 g of C4H10, 180 g of water is produced and therefore for 1 g of C4H10 (180 ÷ 116) g of water is produced
∴ For 1 g of C4H10 1·552 g of water is produced
For 3000 g of C4H10, (3000 × 1·552) g of water is produced
∴ Number of grams of water produced for 3000 g of C4H10 is 4656 g
Percent yield =((experimental amount) ÷ (theoretical amount)) × 100
Here experimental amount is 4656 g
theoretical amount is 1300 g
∴ Percent yield = (1300 ÷ 4656) × 100 = 27·92 %
∴ Percent yield = 27·92 %
If I am correct it should be nucleons
The collection of protons and neutrons in the center of the atom is called the nucleus.
B. network solid
C. metal
D. nonmetallic solid
Answer:
The correct answer option is B. network solid.
Explanation:
A network solid has the highest melting point.
The reason being that all of the atoms in this type of solid are covalently bonded to one another so the covalent bonds must be broken throughout the substance.
These covalent bonds holding the solid together are stronger than the ionic bonds. So it means that more heat energy is needed to break these bonds and therefore a higher temperature is required for it.
Network solids have the highest melting point.
What type of solid has the highest melting point?
The correct answer is B. network solid. Network solids, also known as covalent network solids, have the highest melting points among the options listed. These solids are held together by a three-dimensional network of covalent bonds, which require a significant amount of energy to break and hence have high melting points.
For example, a diamond is a network solid consisting of carbon atoms bonded together in a strong network of covalent bonds. It has an extremely high melting point of around 3,500°C.
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Answer:
B
Explanation:
The structure of the stigma aid in the pollination as the stigma is to trap the pollen and let it down on to the ovary.
The structure of the stigma aids in the pollination because the trap pollen and will go down to the long tube and on to the ovary. Once the pollen transferred to the stigma, the process is the fertilization.
The process of the fertilization will be allowing the pollen grains to the germination on the stigma. The stigma contains the wet and the sticky coating this lets the rehydrate the dry pollen. The process helps the pollen move down to ovary and the pollination occur.
To learn more about pollination here
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