Nucleus because that’s where dna is
<span>Yes, mass is conserved. When sodium hydroxide (clear solution) and copper sulfate (blue solution) are mixed, they form a copper hydroxide (a blue solid) and sodium sulfate (a clear solution).
This can be tested simply. First weigh the masses (10 g and 57 g, which totals 67 g)) of the two starting solutions prior to mixing. Then mix and allow the reaction to occur and weigh the mass of the mixture (10g + 57 g = 67 g). The two solutions should have the same mass and therefore demonstrate conservation of mass.</span>
Utilizing wireless communication and camera imagery is the most effective technological solution to this problem.
To find the answer, we need to know more about the wireless communication and camera imagery
<h3>Wireless communication is what?</h3>
- The transmission of data or information between two or more sites without the use of an electrical conductor is known as wireless communication.
- It is difficult to manage enormous amounts of data and analyze them fast when communicating between Earth and space.
- Today, wireless connections are used to access the internet.
Thus, we can conclude that, the wireless connectivity and camera imaging method meet this obstacle.
Learn more about the wireless communication here:
brainly.com/question/28088369
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Answer:
Explanation:
word equation:
a) Bromine + potassium iodide → potassium bromide + iodine
Chemical equation:
Br₂ + KI → KBr + I₂
Balanced chemical equation:
Br₂ + 2KI → 2KBr + I₂
B) word equation:
Iodine + potassium astatide → potassium iodide + astatine
Chemical equation:
I₂ + KAt → KI + At₂
Balanced chemical equation:
I₂ + 2KAt → 2KI + At₂
c) word equation:
chlorine + sodium iodide → sodium chloride + iodine
Chemical equation:
Cl₂ + NaI → NaCl + I₂
Balanced chemical equation:
Cl₂ + 2NaI → 2NaCl + I₂
d) word equation:
fluorine + sodium bromide → sodium fluoride + bromine
Chemical equation:
F₂ + NaBr → NaF + Br₂
Balanced chemical equation:
F₂ + 2NaBr → NaF + Br₂
e) word equation:
fluorine + potassium chloride → potassium fluoride + chlorine
Chemical equation:
F₂ + KCl → KF + Cl₂
Balanced chemical equation:
F₂ + 2KCl → KF + Cl₂
