Your best answer would be C. Im not completely sure but i hope this will help!
This pull holds<span> the sodium atom near the chlorine atom, making a molecule of </span>salt<span> - one of the most stable molecules on Earth. Most of the solid things in the universe - like rocks - use </span>ionic<span> bonds to </span>hold<span> themselves </span>together<span>. That's because those same electric </span>forces<span> affect other nearby molecules of </span>salt<span> as well</span>
I understand here "bias" to be the uncertainty of measurements. So the order will be the following:
6.4 ± 0.5 s
<span>6.6 ± 0.1 s,
</span><span>6.63 ± 0.01 s,
</span><span>6.52 ± 0.05 s,
</span>
(notice how the second number, the one behind the symbol ± gets smaller, as the bias gets smaller).
Answer:
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Explanation:is this what you meant?
0.017×
dissociated H ions are there in 341 ml of an aqueous solution whose ph is 11. 93
If pH = 11.93
pOH = 14.00 - 11.93 = 2.07
[OH- ] = 
[OH-] = 0.00851138 M
In 1 L solution we have 0.00851138 M moles OH- ions
In 0.341 L we have,
0.00851138 * 0.341
=0.0029 moles OH- ions
1 mol OH- ions = 6.022*10²³ ions
0.0029 moles OH- ions = ( 0.0029) * (6.022*10²³)
= 0.017×
Therefore, 0.017× dissociated H ions are there in 341 ml of an aqueous solution whose ph is 11. 93
Learn more about dissociated ions here;
brainly.com/question/23525445
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