Answers
All the carbon and hydrogen has complete octet.
The two Lewis structure for a compound with the formula [tex]\rm C_4H_{10}[/tex] are shown below in the attached image.
In a Lewis structure, an element's chemical symbol shows its nucleus and inner electrons, while dots or lines represent valence electrons. Valence electrons are the atom's outermost electrons and are important in chemical bonding.
Shown below are the two Lewis structures of the compound with molecular formula [tex]\rm C_4H_{10}[/tex]. The two structures are the isomers of each other.The number of sigma bonds = 5, and number of pi bonds = 3 in the given compound.Therefore, the two structure of [tex]\rm C_4H_{10}[/tex] are isomers of each other (refer to the attached image).
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Related Questions
Fission occurs when the nucleus of an atom captures a subatomic particle
Answers
How to know when you've reached the equivalence point in titration
Answers
But if overdoing it, it can be like a dull color, for example take Orange soda for the example, thats overdoing it, its too dull, now like flavored orange water, its just right, I seen it when i was in chemistry class.
NOTE: I hope this helps really much, if it doesn't, Then I'm sorry.
A 5.23 g sample of a metal occupies 0.27 ml. identify the density of the metal.
Answers
The density of a metal given a mass of 5.23 g and a volume of 0.27 mL is calculated using the formula density = mass / volume, resulting in a density of 19.37 g/mL, with the final answer limited to four significant figures.
Explanation:To identify the density of a metal given its mass and volume, you can use the formula for density, which is density = mass / volume. Given a 5.23 g sample of metal that occupies 0.27 mL, you first ensure the units are correct for density in g/mL. You then simply divide the mass by the volume.
So, density = 5.23 g / 0.27 mL = 19.37 g/mL.
This calculation gives us the density of the metal. Remember, when calculating density, it's important to ensure that your units are consistent, and for density, g/mL is a common unit. Additionally, when expressing your final answer, it matches the number of significant figures from the given data, in this case, being limited to four significant figures due to the precision of the volume measurement.
Energy from wind and water create dunes. However, what happens if that energy from the wind and water is too strong? What natural disaster is an example of this?
Answers
Given 8.50 g of butanoic acid and excess ethanol, how many grams of ethyl butyrate would be synthesized, assuming a complete 100% yield?
Answers
C₄H₈O₂ + C₂H₆O --> C₆H₁₂O₂ + H₂O
Note that the given equation is already balanced. Using dimensional analysis and conversion factors,
(8.5 g C₄H₈O₂)(1 mol/88.11 g)(1 mol C₆H₁₂O₂/1 mol C₄H₈O₂)(116.16 g / mol)
= 112.06 grams of ethyl butyrate
ANSWER: 112. 06 grams
Answer:
Amount of ethyl butyrate formed = 11.3 g
Explanation:
The reaction between butanoic acid (C3H7COOH) and excess ethanol (C2H5OH) is:
[tex]C3H7COOH + C2H5OH \rightarrow C3H7COOC2H5 + H2O[/tex]
Since ethanol is the excess reagent, the formation of the product i.e. ethyl butyrate is influenced by the amount of butanoic acid present
Based on the reaction stoichiometry:
1 mole of butanoic acid produces 1 mole of ethyl butyrate
Mass of butanoic acid = 8.50 g
Molar mass of butanoic acid = 88 g/mol
[tex]Moles\ of \ butanoic\ acid = \frac{Mass}{Molar\ mass} =\frac{8.50g}{88g/mol}=0.097 moles[/tex]
Moles of ethyl butyrate = 0.097
Molar mass of ethyl butyrate= 116 g/mol
[tex]Mass\ of\ ethyl\ butyrate= 0.097*116 = 11.3 g[/tex]
How many grams of hydrogen gas can be obtained from 0.373 grams of magnesium? Note that the equation is NOT balanced.
Mg(s) + HCl(aq) → MgCl2(aq) + H2(g)
Answers
The first step to answering this item, is to balance first the chemical reaction. This is shown below.
Mg(s) + 2HCl (aq) --> MgCl₂(aq) + H₂(g)
HCl is multiplied by 2 to equalize the number of the hydrogen and chlorine.
The molar masses of magnesium and hydrogen gas are 24.3 g and 2 g, respectively. Using dimensional analysis and conversions, mass of hydrogen is calculated through the equation,
Mass of H₂ = (0.373 g Mg)(1 mol Mg/24.3 g Mg)(1 mol H₂/ 1 mol Mg)(2 g H₂/1 mol H₂)
Mass of hydrogen = 0.031 g of hydrogen
ANSWER: 0.031 g H₂
The pressure in a car tire is 298 kilopascals at 300 Kelvin. After a long drive, the pressure becomes 325 kilopascals. Which law will you use to calculate the new temperature in the tire assuming that the volume is constant?
Answers
Gay-Lussac’s law
Answer: Gay Lussac's law
The final temperature of the gas will be 275 K.
Explanation:
Gay-Lussac's Law: This law states that pressure is directly proportional to the temperature of the gas at constant volume and number of moles.
[tex]P\propto T[/tex] (At constant volume and number of moles)
[tex]{P_1\times T_1}={P_2\times T_2}[/tex]
where,
[tex]P_1[/tex] = initial pressure of gas = 298 kPa
[tex]P_2[/tex] = final pressure of gas = 325 kPa
[tex]T_1[/tex] = initial temperature of gas = 300 K
[tex]T_2[/tex] = final temperature of gas = ?
[tex]{298\times 300}={325\times T_2}[/tex]
[tex]T_2=275K[/tex]
Therefore, the final temperature of the gas will be 275 K.
If the caffeine concentration in a particular brand of soda is 1.87 mg/oz, drinking how many cans of soda would be lethal? Assume 10.0 grams of caffeine is a lethal dose, and there are 12 oz in a can.
Answers
To reach a lethal dose of caffeine at a concentration of 1.87 mg/oz, one would need to consume approximately 446 cans of soda containing 12 oz each.
Explanation:If the caffeine concentration in a certain brand of soda is 1.87 mg/oz, and considering that there are 12 oz in a can, then one can contains 1.87 mg/oz × 12 oz = 22.44 mg of caffeine. To reach a lethal dose of 10.0 grams (10,000 mg) of caffeine, you would need to drink 10,000 mg ÷ 22.44 mg/can ≈ 445.8 cans of soda. Therefore, drinking approximately 446 cans of soda could be lethal, based on this concentration.
88.5 mol of P4O10 contains how many moles of P?
Answers
(58.5 mol P4O10) x (4 mol P/ 1 mol P4O10) = 234 mol
Without doing any calculations, determine which mass is closest to the atomic mass of carbon. without doing any calculations, determine which mass is closest to the atomic mass of carbon. 12.00 amu 12.50 amu 13.00 amu
Answers
This is because carbon is used as a standard compound in chemistry, and its mass is defined as being 12.00 amu per mole of carbon. Its definition as a standard is such that the mole is defined as, "the amount of substance containing the same number of atoms as 12 grams of carbon-12".
Final answer:
The atomic mass closest to carbon without calculations is 12.00 amu since carbon's average atomic mass is listed as 12.011 amu on the periodic table, and it mostly consists of carbon-12.
Explanation:
The atomic mass of an element like carbon is the weighted average of the masses of its naturally occurring isotopes. Carbon is predominantly composed of carbon-12, which has an atomic mass of exactly 12 amu (atomic mass units), as this isotope makes up about 98.90% of naturally occurring carbon. Because of this, the average atomic mass of carbon is close to 12 amu, but slightly higher due to the presence of the carbon-13 isotope. The periodic table lists carbon's atomic mass as 12.011 amu, making 12.00 amu the mass closest to carbon's atomic mass without doing any calculations.
Based upon the absorbance spectrum of red dye #40, what would be the ideal wavelength to carry out a spectrophotometric experiment on the dye?
Answers
The ideal wavelength to carry out a spectrophotometric experiment on the dye is 503 nm.
the absorbance spectrum of red dye #40 is attached.
All atoms are _____.positively charged, with the number of protons exceeding the number of electrons negatively charged, with the number of electrons exceeding the number of protons neutral, with the number of protons equaling the number of electrons neutral, with the number of protons equaling the number of electrons, which is equal to the number of neutrons description
Answers
Answer: I think it’s: Neutral, with The number of protons equaling to the number of electrons
Explanation:
An atom has three full orbitals in its second energy level. How many electrons are present in the second energy level of the atom
Answers
Atomic orbitals possess different energy level. In the second energy level of atoms, there are three dumbbell shaped P orbitals and each orbital has two electrons. The electrons in the three P orbitals correspond to 2 *3 = 6
Answer:
6 electrons are in the third level if the atom.
Draw the structure of the 1 isomer of c7h16 that contains 3 methyl branches on the parent chain
Answers
Answer:
2,2,3-trimethyl-butane
Explanation:
Hello,
On the attached picture, you will find one isomer with chemical formula C₇H₁₆ which is 2,2,3-trimethyl-butane as it has the required three methyl brances on the parent chain, therefore, they must be arranged in the inner carbons otherwise, they will be considered as part of the parent chain.
Best regards.
Final answer:
The structure of the 1 isomer of C7H16 with three methyl branches on the parent chain can be represented as 2,2,3-trimethylbutane, which has a butane backbone with two methyl groups on the second carbon and one on the third.
Explanation:
The student asked to draw the structure of the 1 isomer of C7H16 that contains 3 methyl branches on the parent chain. For heptane (C7H16), one possible isomer with three methyl branches on the parent chain could be 2,2,3-trimethylbutane. In this structure, we have a four-carbon (butane) chain as the parent, with methyl groups attached to the second and third carbons (two on the second and one on the third).
Here's how you could write it out in steps:
Start with a straight chain of four carbons, which is your butane base.Attach two methyl groups to the second carbon on the chain.Attach one methyl group to the third carbon on the chain.A transmission electron microscope was used to examine a microscopic organism. No nucleus was foumnd. Which of the following correctly describes the organism
Answers
please help ASAP
Read the balance and use this data to determine the density of a sample.
The sample displaced 65.6 mL of water.
mass = g
density = g/cm3
Answers
You can estimate the decimal part because it not exactly 3
400 + 30 + 3.2
To find the density of the sample you divide mass / volume = density
Mass = 433.2 and Volume = 65.6ml 433.2 g / 65.6
6. 6 g/ml^3
Density = 6.6 g / ml^3 and Mass = 433.2 g
To determine the density of the sample using the water displacement method, divide the mass of the sample by its volume.
Explanation:The density of a sample can be determined using the water displacement method. To calculate the density, you need to know the mass and volume of the sample. In this case, the sample displaced 65.6 mL of water, which means it has a volume of 65.6 mL or 0.0656 L.
Next, you need to determine the mass of the sample. The question mentions 'mass = g', so the mass is not provided directly. However, you may need to use a balance or scale to measure the mass of the sample. Let's assume the measured mass of the sample is 50.0 g.
To calculate density, divide the mass of the sample by its volume:
Density = Mass / Volume
Substituting the known values:
Density = 50.0 g / 0.0656 L
Density = 762.2 g/L
If some unknown solid weighs 84.0 grams and occupies 30.0 cm3 of space, what is its density?
Answers
The density of an object is the ratio between the mass of the object and the volume occupied by that mass of the object. Therefore, the formula:
density = mass / volume
density = 84 / 30
density = 2.8 g/cm³
The density of some unknown solid whose weight is 84.0 grams and volume is 30.0 cm3 is 2.8 g/mL.
What is Density?Density may be defined as a type of physical property that significantly deals with the description of how much space an object or substance takes up with respect to the amount of matter in that object or substance.
In a more simple sense, it is characterized as the measurement of quantity or mass per unit of volume in a particular substance.
According to the question,
The mass of the unknown solid = 84.0 grams.
The volume of the unknown solid = 30.0 cm3.
Now, the formula for calculating the density is as follows:
Density = Mass/Volume.= 84.0 g / 30.0 mL (1 cubic centimeter = 1 mL).
= 2.8 g/mL.
Therefore, the density of some unknown solid whose weight is 84.0 grams and volume is 30.0 cm3 is 2.8 g/mL.
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Table salt contains 39.33 g of sodium per 100 g of salt. The U.S. Food and Drug Administration (FDA) recommends that adults consume less than 2.40 g of sodium per day. A particular snack mix contains 1.24 g of salt per 100 g of the mix.What mass of the snack mix can you consume and still be within the FDA limit?
Answers
39.33g *1.28g= 100g * x
x = 0.503424g
x = Amount of sodium per 100g of the mix
Now 2.4g / 0.503424 = 4.7674
Multiply by 100 and you get 476.7353g
The answer is: mass of the snack mix can you consume and still be within the FDA limit is 491 grams.
ω(Na) = m(Na) ÷ m(salt).
ω(Na) = 39.33 g ÷ 100 g.
ω(Na) = 0.3933; mass percentage of sodium in salt.
m(salt) = 2.4 g ÷ 0.3933.
m(salt) = 6.10 g; mass of salt recommended for consumation.
Make proportion: 1.24 g : 100 g = 6.10 g ÷ m(mix).
m(mix) = 491.93 g; mass of the snack mix.
a sip of wine is about 2.0 mL. If a bottle of Lafite Rothchild costs $278 and contains
24.5 fl ounces how much does just one sip cost?
Answers
cost per volume = $ 278 / 24.5 fl oz ( 1 fl oz / 29.57 mL )
cost per volume = $0.38 / mL
To determine the cost of one sip, we multiply the volume of one sip to the cost per volume.
cost of one sip = $0.38/mL ( 2.0 mL ) = $0.77
To calculate the cost of one sip of Lafite Rothchild wine, convert the bottle's volume from fluid ounces to milliliters, determine the cost per mL, and then calculate the cost of a 2.0 mL sip, which is approximately $0.766.
Explanation:The question involves calculating the cost of one sip of wine from a bottle of Lafite Rothchild, costing $278 and containing 24.5 fl ounces, where a sip is about 2.0 mL. To solve this, first, we convert the bottle's volume from fluid ounces to milliliters, since 1 fluid ounce is approximately 29.57 mL.
Thus, 24.5 fl ounces is about 724.485 mL. Now, knowing the total cost and total volume, we can determine the cost per mL and then the cost of a 2.0 mL sip.
Convert the bottle's volume to milliliters: 24.5 fl ounces x 29.57 mL/fl ounce = 724.485 mL.Calculate the cost per mL: $278 / 724.485 mL = $0.383 per mL.Calculate the cost of a 2.0 mL sip: 2.0 mL x $0.383/mL = $0.766.Therefore, one sip of Lafite Rothchild costs approximately $0.766.
Write the net ionic equation for the precipitation of chromium(iii) hydroxide from aqueous solution
Answers
The net ionic equation for the precipitation of chromium(III) hydroxide is Cr³⁺ + 3OH⁻ → Cr(OH)₃(s). This is derived from the complete ionic equation by ignoring the spectator ions, which are sodium (Na⁺) and sulfate (SO₄²⁻) ions.
Explanation:To write the net ionic equation for the precipitation of chromium(III) hydroxide from the aqueous solution, we first need to understand the balanced chemical equation for this reaction.
The balanced equation for the reaction of chromium sulfate (Cr₂(SO₄)₃) with Sodium Hydroxide (NaOH) resulting in the precipitation of chromium hydroxide (Cr(OH)₃) and Sodium Sulfate (Na₂SO₄) is:
Cr₂(SO₄)₃(aq) + 6NaOH(aq) → 2Cr(OH)₃(s) + 3Na₂SO₄(aq)
For net ionic equations, we only include the species involved in the reaction and leave out the spectator ions. Sodium (Na⁺) and sulfate (SO₄²⁻) are spectator ions in this case. They don't participate in the reaction or change during the process.
Consequently, the net ionic equation for the precipitation of chromium(III) hydroxide is represented as:
Cr³⁺ + 3OH⁻ → Cr(OH)₃(s).
This equation shows specifically the formation of the precipitate, chromium(III) hydroxide, in the reaction.
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Net ionic equation: [tex]\(Cr^{3+}(aq) + 3OH^-(aq) \rightarrow Cr(OH)_3(s)\)[/tex] represents chromium(III) ions reacting with hydroxide ions to precipitate chromium(III) hydroxide from solution.
The net ionic equation for the precipitation of chromium(III) hydroxide from aqueous solution can be represented as follows:
[tex]\[Cr^{3+}(aq) + 3OH^-(aq) \rightarrow Cr(OH)_3(s)\][/tex]
In this equation, chromium(III) ions [tex](\(Cr^{3+}\))[/tex] from the aqueous solution react with hydroxide ions [tex](\(OH^-\))[/tex] to form solid chromium(III) hydroxide [tex](\(Cr(OH)_3\))[/tex]. This equation represents only the ions involved in the precipitation reaction, excluding spectator ions.
Name the compound P4O10
Answers
In a combustion experiment, it was found that 12.096 g of hydrogen molecules combined with 96.000 g of oxygen molecules to form water and released 1.715 × 103 kJ of heat. Calculate the corresponding mass change in this process. (1 J = 1 kg · m2/s2)
Answers
E = Δmc²
where
E is the energy gained or released during the reaction
c is the speed of light equal to 3×10⁸ m/s
Δm is the mass change
(1.715×10³ kJ)(1,000 J/1 kJ) = Δm(3×10⁸ m/s)²
Δm = 1.91×10⁻¹¹ kg
please help asap
Which has the greater density? (Refer to "Densities of Common Substances" table.) air at sea level
air at 20 km altitude
Answers
Density of air is inversely proportional to the altitude. This means that as the altitude increases, the density of air decreases, and vice versa.
Based on this, examining the choices given, we can conclude that the density of air is greater at sea level.
Which feature of four different marine fossils makes the fossil organism most similar to the present-day organism with four limbs?
Answers
"-Undifferentiated vertebrae throughout the body.
-One neck vertebra allowing up and down movement.
-Many neck vertebrae that allow for greater mobility.
-Two neck vertebrae allowing up and down and sideways movement."
The correct answer would be the third. - "Many neck vertebrae that allow for greater mobility." The present-day organism with four limbs has a neck with several vertebrae that allow movements of rotation (mostly because of only two vertebrae at the top of the neck), and side way movements, as well as back and forth movements.
How many grams of sodium sulfate react with 20.8 of barium chloride?
Answers
20.8 g BaCl2 / 208.23 = 0.100 mol
Because BaCl2 and Na2SO4 react in a 1:1 ratio, you will need 0.100 mol Na2SO4
Mass Na2SO4 = 0.100 mol X 142 g/mol = 14.2 g Na2SO4
To determine the number of grams of sodium sulfate that can react with 20.8 g of barium chloride, we use the balanced chemical equation and molar masses of the compounds. The number of moles of Na2SO4 that can react with 20.8 g of BaCl2 is 15.44 g Na2SO4.
Explanation:
To determine the number of grams of sodium sulfate that can react with 20.8 g of barium chloride, we need to use the balanced chemical equation and the molar masses of the compounds involved.
The balanced chemical equation for the reaction is:
BaCl2 (aq) + Na2SO4 (aq) → BaSO4 (s) + 2NaCl (aq)
The molar mass of BaCl2 is 208.23 g/mol and the molar mass of Na2SO4 is 142.04 g/mol.
From the balanced equation, we can see that the ratio of BaCl2 to Na2SO4 is 1:1. Therefore, the number of moles of Na2SO4 that can react with 20.8 g of BaCl2 is:
20.8 g BaCl2 × (1 mol BaCl2 / 208.23 g BaCl2) × (1 mol Na2SO4 / 1 mol BaCl2) × (142.04 g Na2SO4 / 1 mol Na2SO4) = 15.44 g Na2SO4.
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The number of molecules in 1.0 mole of H2O is _____ as in one mole of O2.
Answers
One mole of any given thing is 6 * 10²³ of it;
One mole of H₂O is 6 * 10²³ molecules;
One mole of O₂ is also 6 * 10²³ molecules;
Therefore for both substances, there are the same number of molecules.
Ryan hypothesizes that darker colors heat up faster. He places a thermometer inside a red wool sock, a green cotton glove, and a black nylon hat. What's wrong with his procedure?
Answers
The gravitational force is 10 N down, and the force of air resistance is 1 N up. What is the net force?
Answers
Why do gamma rays have no charge? they are not made of protons, neutrons, or electrons they have equal numbers of protons and neutrons charge is balanced out by their intense frequency they are constantly emitting all their protons and electrons
Answers
Because they haare not made up of protons nuetrons or electrons
What is one element a topographic map shows?
A: Climate
B: Landforms
C: Space
D: Weather
Answers
The element displayed by a topographic map is landforms. A topographic map accurately depicts the natural and artificial characteristics of the land, such as rivers, lakes, roads, trains, power lines, heights, and contours. Thus option B is correct
What is Topographic map?A topographic map is a precise representation of the ground's natural and man-made features, including rivers, lakes, roads, railways, power lines, altitudes, and contours.
The topographic map depicts the three-dimensional terrain of the Earth in two dimensions.
Topographic maps display boundary lines of all kinds, including international, provincial, and administrative ones, as well as contours, elevation, forest cover, marshlands, pipelines, and power transmission lines.
Therefore, Landforms is one element a topographic map shows.
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