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Daniel [21]
3 years ago
8

if there are 12 eggs in a dozen and there are 6.0 g protein in each egg how many grams of protein are in 1.75 dozen eggs

Chemistry
1 answer:
GalinKa [24]3 years ago
7 0

126g of protein.

Explanation:

Given parameters:

Number of eggs in a dozen = 12eggs

Mass of protein per egg = 6g/egg

Number of dozens = 1.75eggs

Unknown:

Mass of protein in 1.75dozen eggs  = ?

Solution:

This is a typical rate problem;

  We have been given that;

            1 dozen = 12 eggs

so       1.75 dozen = 21 eggs

1.75 dozen implies that the we have a dozen and three quarter dozen of eggs.

                                                            12    +    \frac{3}{4} x 12 = 21eggs

Now since an egg contains 6g of protein;

                    1 egg = 6g of protein

                   21 eggs will contain 21 x 6 = 126g of protein.

learn more:

Calories brainly.com/question/10071175

#learnwithbrainly

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kinetic energy is energy possessed due to its motion while potential energy is energy possessed by a body by virtue of its position relative to others

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The length of the school's gymnasium is 30 meters long. How many centimeters long is the school's gymnasium​
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Answer:

The answer to your question is: 3000 cm

Explanation:

30 meters long to cm

We can use a rule of three to solve it

We know that              1 meter ------------------  100 cm

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Is FeS iron (ll) sulfide or iron (lll) sulfide?
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3 years ago
A 1.8 g sample of octane C8H18 was burned in a bomb calorimeter and the temperature of 100 g of water increased from 21.36 C to
melomori [17]

Answer:

HEAT OF COMBUSTION PER GRAM OF OCTANE IS 1723.08 J OR 1.72 KJ/G OF HEAT

HEAT OFF COMBUSTION PER MOLE OF OCTANE IS 196.4 KJ/ MOL OF HEAT

Explanation:

Mass of water = 100 g

Change in temperature = 28.78 °C - 21.36°C = 7.42 °C

Heat capcacity of water = 4.18 J/g°C

Mass of octane = 1.8 g

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First is to calculate the heat evolved when 100 g of water is used:

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In other words, 3101.56 J of heat was evolved from the reaction of 1.8 g octane with water.

Heat of combustion of octane per gram:

1.8 g of octane produces 3101.56 J of heat

1 g of octane will produce ( 3101.56 * 1 / 1.8)

= 1723.08 J of heat

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Heat of combustion per mole:

1.8 g of octane produces 3101.56 J of heat

1 mole of octane will produce X J of heat

1 mole of octane = 114 g/ mol of octane

So we have:

1.8 g of octane = 3101.56 J

114 g of octane = (3101.56 * 114 / 1.8) J of heat

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Mass of water = 100 g

Change in temperature = 28.78 °C - 21.36°C = 7.42 °C

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Mass of octane = 1.8 g

Molar mass of octane = C8H18 = (12 * 8 + 1 * 18) g/mol= 96 + 18 = 114 g/mol

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Heat = mass * specific heat capacity * change in temperature

Heat = 100 * 4.18 * 7.42

Heat = 3101.56 J

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