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3 years ago

You have been asked to draw a Bohr model of the element carbon. How would you arrange the dots that represent electrons?

Chemistry

1 answer:

Dvinal [7]3 years ago

7 0

Answer:

You have been asked to draw a Bohr model of the element carbon. How would you arrange the dots that represent electrons? They would be embedded in a solid core. They would be in rings around the nucleus

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Define saturated and unsaturated fats

Sphinxa [80]

Answer:

<h3><u>Saturated and unsaturated</u>:-</h3>

Are a form of fat in which all or most of the fatty acid chains are single bonds. Glycerol and fatty acids are the two types of smaller molecules that make up fat.

<h3><u>Saturated fat is found in:</u></h3>

cakes

sausages
cheese
butter

<h3><u>Examples of unsaturated fats:- </u></h3>

Olive
Nuts(almonds, hazelnuts)
Seeds(pumpkin and sesame seeds)

hope it helps...

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3 years ago

Moles to mass<br> HELP PLEASE <br> 15 pts

MariettaO [177]

Explanation:

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2 years ago

What characteristic do all parts of the electromagnetic spectrum share?

Anastasy [175]

Answer:chicken butt I need some points

Explanation:blm ✊✊✊✊ white lives don't

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3 years ago

Read 2 more answers

What mass of solid that has a molar mass of 46.0 g/mol should be added to 150.0 g of benzene to raise the boiling point of benze

enyata [817]

Answer : 17.12 g

Explanation: $\Delta T =k_b\times m$

$\Delta T$ = elevation in boiling point

$k_b$ = boiling point elevation constant

m= molality

$molality=\frac{mass of solute}{molecular mass of solute\times weight of the solvent in kg}$

given $\Delta T=6.28^{\circ}C$

Molar mass of solute = 46.0 $gmol^{-1}$

Weight of the solvent = 150.0 g = 0.15 kg

Putting in the values

$molality=\frac{x}{46gmol^{-1}\times0.15kg}$

$6.28 =2.53^{\circ}Ckgmol^{-1}\frac{x}{46gmol^{-1}\times 0.15kg}$

x = 17.12 g

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3 years ago

Help on question 1b please? (image attached)

aliya0001 [1]

I believe your answer Is C. An ammonia molecule has a trigonometrical pyramidal shape. Figure C has a <span>has a trigonometrical pyramidal shape.</span>

I hope I help

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3 years ago