a beaker contains an aqueous solution of sodium acetate (nac2h3o2). a few crystals of sodium acetate are added to the beaker. they sink to the bottom of the beaker and appear unchanged even after further mixing. what can you conclude about the level of saturation of the solution?
Answers
a beaker contains an aqueous solution of sodium acetate (nac2h3o2). a few crystals of sodium acetate are added to the beaker. they sink to the bottom of the beaker and appear unchanged even after further mixing. This can't be supersaturated since no crystals were formed earlier
A beaker contains an unknown concentration of aqueous sodium acetate (NaC2H3O2). --> We only know that a salt is present; no information on solubility is provided. A few sodium acetate crystals are added to the beaker. They sink to the bottom of the beaker and stay there even after further mixing. --> If they sink completely, they are not soluble in water, indicating that they are already SATURATED. Because no mor salt can exist in aqueous/solution, this must be SATURATED. This cannot be supersaturated because no crystals were formed previously.
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Related Questions
How is energy and matter in forests connected by the carbon cycle?
Answers
Answer:
Because trees give off carbon dioxide witch can cycle threw numerous energy sources.
What accurately describes the reactants of a reaction
Answers
Answer:
Substance that are used in the reaction
Explanation:
I hope this will help you
Answer:
Substances that are used in the reaction. Hope my answer helps you!
The side chain of which amino acid can form covalent bonds within a polypeptide that anchor the three dimensional structure? Use attached amino acid chart to answer this question Cysteine Serine Arginine Threonine Glycine
Answers
The side chain of amino acid can form covalent bonds within a polypeptide that anchor the three dimensional structure is a. cysteine
Cysteine contains a sulfur-containing group called a thiol (-SH) in its side chain, which is capable of forming covalent bonds with other cysteine residues in the same protein chain or with other molecules such as metals. These covalent bonds are known as disulfide bonds, and they are crucial in stabilizing the three-dimensional structure of proteins.
Disulfide bonds can form between two cysteine residues in the same protein chain or between different protein chains. The formation of disulfide bonds between cysteine residues helps to stabilize the protein structure and prevent unfolding or denaturation. Therefore, cysteine is an important amino acid for the stability and function of proteins.
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A 10.3 L cylinder contains 10.67 moles of Cl2 at 21.2 C. What is the pressure (atm)
Answers
Answer:
Explanation:
we know that ideal gas equation is
PV=nRT
P=nRT/V
V=10.3L
n=10.67
T=21.2+273=294
R=0.0821
P=10.67*0.0821*294/10.3
P=25.00atm
Answer:
P = 25.0 atm
Explanation:
Given data:
Volume of gas = 10.3 L
Number of moles of Cl₂ = 10.67 mol
Temperature = 21.2 °C
Pressure of gas = ?
Solution:
The given problem will be solve by using general gas equation,
PV = nRT
P= Pressure
V = volume
n = number of moles
R = general gas constant = 0.0821 atm.L/ mol.K
T = temperature in kelvin
Now we will convert the temperature.
21.2+273 = 294.2 K
10.3 L × P = 10.67 mol × 0.0821 atm.L/ mol.K × 294.2 K
P = 257.72 atm.L / 10.3 L
P = 25.0 atm
90. A piece of wood sinks in ethanol but floats in
gasoline. Give a range of possible densities for
the wood. Refer to Table 3.6 on page 90.
Answers
in order for the wooden to waft in fuel, it needs to have a density much less than the density of fuel and so as for it to sink in ethanol, it must have a greater density than the density of ethanol however ethanol is denser than gasoline therefore if it sinks in ethanol it has to also sink in fuel.
If the wood pressure is much less than the object's weight, the object will sink. So, the piece of timber floats in water whilst located in ethanol it sinks. ethanol is lighter than water so it needs to drift to the floor of the water but this isn't always the actual case. The ethanol in water neither sinks nor floats, alternatively it mixes thoroughly to form a homogenous solution. The purpose of this blending of two solutions is hydrogen bonding between ethanol and water.
Density is a measure of how heavy something is compared to its size. If an item is greater dense than water it will sink while placed in water, and if it's miles much less dense than water it'll float. Density is a functioning asset of a substance and doesn't depend on the amount of substance.
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HELP ASAP!
Which statement describes one way that nuclear fission differs from nuclear
fusion?
Answers
Answer:
answer is A- nuclear fission is too hard to control for use in practical applications
Answer:
O C. Nuclear fission is used to produce electrical power.
Explanation:
cho lượng dư Al tác dụng với dung dịch H2SO4 đặc nóng. Đâuuf tiên thấy giải phóng ra khí màu A mùi sốc, khí A làm mất màu dung dịch nước brom. Tiếp theo tạo thành kết tủa màu vàng. Rồi thoát ra khí không màu B mùi trứng thối, khí B cũng làm mất màu dung dịch nước brom, tạo kết tủa khi dẫn vào dung dịch Cu(NO3)2. Viết các phương trình phản ứng
Answers
Hope it helps you!
-miraculousfanx-
Calculate the percentage of water for each of the hydrates listed:
a. MgSO4 ● 7H2O
b. LiC2H3O2 ● 2H2O
c. Al(NO3)3 ● 9H2O
Answers
Answer:
Mass ratio:
a. Approximately \(51.2\%\).
b. Approximately \(35.3\%\).
c. Approximately \(43.2\%\).
Explanation:
Look up the relative atomic mass of each element on a modern periodic table:
\(\rm Mg\): \(24.305\).\(\rm S\): \(32.06\).\(\rm O\): \(15.999\).\(\rm H\): \(1.008\).\(\rm Li\): \(6.94\).\(\rm C\): \(12.011\).\(\rm Al\): \(26.982\).\(\rm N\): \(14.007\).For example, the relative atomic mass of \(\rm Al\) is \(26.982\). Hence, the mass of one mole of \(\rm Al\!\) atoms would be (approximately) \(26.982\; \rm g\).
Calculate the formula mass of \(\rm H_2O\):
\(\begin{aligned} & M({\rm H_2O}) \\ &= 2 \times 1.008 + 15.999 \\ &= 18.015\; \rm g \cdot mol^{-1}\end{aligned}\).
Calculate the formula mass for each of the hydrates:
\(\begin{aligned}& M({\rm MgSO_4 \cdot {7\, H_2O}}) \\ &= 24.305 + 32.06 + 4 \times 15.999 \\ & \quad\quad + 7 \times (2 \times 1.008 + 15.999) \\ &= 246.466\; \rm g \cdot mol^{-1}\end{aligned}\).
\(\begin{aligned}& M({\rm LiC_2H_3O_2 \cdot {2\, H_2O}}) \\ &= 6.94 + 2 \times 12.011 + 3 \times 1.008 + 2 \times 15.999 \\ & \quad\quad + 2 \times (2 \times 1.008 + 15.999) \\ &= 102.014\; \rm g \cdot mol^{-1}\end{aligned}\).
\(\begin{aligned}& M({\rm Al(NO_3)_3 \cdot {9\, H_2O}}) \\ &= 26.982 + 3 \times (14.007 + 3 \time 15.999) \\ &\quad \quad + 9 \times (2 \times 1.008 + 15.999) \\ &= 375.129\; \rm g \cdot mol^{-1}\end{aligned}\).
The mass of \(1\; \rm mol\) of \({\rm MgSO_4 \cdot {7\, H_2O}}\) formula units is \(246.466\; \rm g\).
There are seven mole of \(\rm H_2O\) formula units in that many \({\rm MgSO_4 \cdot {7\, H_2O}}\) formula units. The mass of that \(7\; \rm mol\) of \(\rm H_2O\!\) formula units would be \(7 \; \rm mol \times 18.015\; \rm g \cdot mol^{-1} = 127.105\; \rm g\).
Hence, the percentage mass of \(\rm H_2O\) in \({\rm MgSO_4 \cdot {7\, H_2O}}\) would be:
\(\begin{aligned}\frac{127.015\; \rm g}{246.466\; \rm g} \approx 51.2\%\end{aligned}\).
Similarly:
Mass of \(1\;\rm mol\) of \(\rm LiC_2H_3O_2 \cdot {2\, H_2O}\) formula units: \(102.014\; \rm g\).Mass of the \(2\; \rm mol\) of \(\rm H_2O\) in that \(1\;\rm mol\) of \(\rm LiC_2H_3O_2 \cdot {2\, H_2O}\) formula units: \(2 \; \rm mol \times 18.015\; \rm g \cdot mol^{-1} = 36.030\; \rm g\).Percentage mass of \(\rm H_2O\) in \(\rm LiC_2H_3O_2 \cdot {2\, H_2O}\): \(\begin{aligned}\frac{36.030\; \rm g}{102.014\; \rm g} \approx 35.3\%\end{aligned}\).Mass of \(1\;\rm mol\) of \(\rm Al(NO_3)_3 \cdot {9\, H_2O}\) formula units: \(375.129\; \rm g\).Mass of the \(9\; \rm mol\) of \(\rm H_2O\) in that \(1\;\rm mol\) of \(\rm Al(NO_3)_3 \cdot {9\, H_2O}\) formula units: \(9 \; \rm mol \times 18.015\; \rm g \cdot mol^{-1} = 162.135\; \rm g\).Percentage mass of \(\rm H_2O\) in \(\rm Al(NO_3)_3 \cdot {9\, H_2O}\): \(\begin{aligned}\frac{162.135\; \rm g}{375.129\; \rm g} \approx 43.2\%\end{aligned}\).HELLPPPPP! The students were making zinc, Zn by reacting copper, Cu, with zinc nitrate, Zn(NO3)2. They were expecting to produce 5.63 g of copper but they recovered only 5.1 g copper. Calculate the percent yield
Answers
Answer:
\(5.1 \div 5.63\)
Explain how electron microscopy and scanning tunneling microscopes have contributed to the understanding of atoms.
Answers
Answer:
Electron microscopy and scanning tunneling microscopes contributed to the understanding of atoms in understanding atomic structure.
The electron microscope has magnifications of about 100,000x.
This helped the scientists to have accurate image groupings of the atoms. Scanning tunnel microscope helped scientists to have the images of groups of atoms.
Plss help
Which form of energy is directly related to the measure of the average kinetic energy of the particles in a substance?
O thermal energy
O potential energy
Omechanical energy
Oelectromagnetic energy
Answers
as star luminosity increases what else increases? (check all that apply)
a) carbon
b) temperature
c) size
d) nitrogen
Answers
Answer:
C
Explanation:
As the size of a star increases, luminosity increases. If you think about it, a larger star has more surface area. That increased surface area allows more light and energy to be given off.
A scientist was studying layers of earth in the side of a mountain. In the lower layers, she found fossils of reindeer and polar bears. In the upper layers, she found fossils of coyotes and squirrels. Which conclusion most likely explains the different fossils?
Group of answer choices
The climate was very cold in earlier time periods and became warmer in later time periods
The climate was very hot in earlier time periods and became colder in later time periods.
The climate was wet in earlier time periods and became drier in later time periods.
The climate was dry in earlier time periods and became wetter in later time periods.
Answers
Answer:
The climate was very hot and became colder in later time periods.
Answer:
The climate was very hot in earlier time periods and became colder in later time periods.
4. Manik saw his father watering his garden plants in hot weather. He noticed that
water doesn’t stick to the plant leaves and leaves become dry but looked fresh. He asked
following questions to his teacher
a. Which tissue forms the outer covering of a plant and does it have a protective role
to play?How ?
b. Why does water not stick to the leaves?
Answers
Water does not stick to the leaves of the plant owing to the fact that the leaves has a waterproof cuticle.
What tissues protects the leaves?We know that the leaves are the parts of the plant that are involved in photosynthesis. Photosynthesis is the process by which green plants produce their own food in the presence of sunlight and chlorophyll. We know that the leave has an outer protective covering.
The tissue that plays this outer covering of a plant for is the epidermis and its waxy cuticle. It prevents damage to the plant.
Water does not stick to the leaves of the plant owing to the fact that the leaves has a waterproof cuticle.
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which family of planes act as dislocation slip planes in an hcp metal? use the three miller index notation for this problem. which family of planes act as dislocation slip planes in an hcp metal? use the three miller index notation for this problem. {110}
Answers
In an HCP (hexagonal close-packed) metal, the family of planes that act as dislocation slip planes are the basal planes. In three Miller index notation, these planes are represented as {0001}.
The {110} planes you mentioned are not the primary slip planes in HCP metals, but rather in BCC (body-centred cubic) metals. Remember, for HCP metals, the primary slip planes are the basal {0001} planes.
In hexagonal close-packed (hcp) metals, the planes that act as dislocation slip planes are the basal planes, which are parallel to the base of the hexagonal unit cell. The basal planes are represented by the Miller indices (0001) in three-index notation, where the first two indices (0,0) represent the unit cell translation perpendicular to the basal plane, and the last index (1) represents the spacing between the basal planes. Therefore, dislocations in hcp metals typically occur on the (0001) basal planes.
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It is a very hot day in the desert Southwest, and you have decided to go on a road trip in a Ford Model T (a very old car). When you begin, the temperature is 21 degrees Celsius, but the peak temperature at your destination will be 51 degrees Celsius. The tires on For Model T hold 15.6 L of nitrogen gas at a starting pressure of 249 kPa. The tires will burst when the internal pressure (Pb) reaches 269 kPa. Answer the following questions and show your work.
How many moles of nitrogen gas are in each tire?
What will the tire pressure be at peak temperature in Death Valley?
Will the tires burst at your destination? Explain why or why not.
If you must let nitrogen gas out of the tire before you go, to what pressure must you reduce the tires before you start your trip? (Assume no significant change in tire volume.)
Answers
There are 8.51 moles of nitrogen gas in each tire; tire pressure at peak temperature will be 273 kPa. ; pressure at peak temperature (273 kPa) is higher than bursting pressure (269 kPa) ; tires will burst at your destination ; We need to reduce the tire pressure to 272 K to ensure that tires will not burst during the trip.
What is meant by pressure of gas?Measure of the average linear momentum of moving molecules of gas is known as the pressure of a gas.
As we know, PV = nRT
So, n = PV/RT
Given: P = 249 kPa, V = 15.6 L, R = 8.31 J/(mol K) is the gas constant, and T = 294 K (21 degrees Celsius = 294 K). Plugging in these values, we get:
So, n = (249 kPa x 15.6 L)/(8.31 J/(mol K) x 294 K) = 8.51 mol
Therefore, there are 8.51 moles of nitrogen gas in each tire.
P2 = P1 x (T2/T1) = 249 kPa x (324 K/294 K) = 273 kPa
Therefore, tire pressure at peak temperature will be 273 kPa.
Since the pressure at peak temperature (273 kPa) is higher than the bursting pressure (269 kPa), tires will burst at your destination.
T1 = T2 x (P1/P2) = 294 K x (249 kPa/269 kPa) = 272 K
Therefore, we need to reduce the tire pressure to a temperature equivalent to 272 K (or -1 degrees Celsius) to ensure that the tires will not burst during the trip.
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What quantity is measured in g/dm^3
Answers
Answer:
Molar concentration is measured in g/dm³
hope this helps x
The number of shovels and cost per 1000 kg for
Ca(OH)2
Answers
Answer:500
Explanation:
Is the following equation balanced? Why or why not?
N, + 6H2 → 2NHO
Answers
Answer:
No
Explanation:
There is only one Nitrogen on the left side while there are 2 on the right. Also there is zero oxygen on the left side and two on the right. The amounts of hydrgen arent equal to each side either.
The ___ has many functions; one is to regulate growth.
Answers
Growth hormon somatotropin
A mixture of 0.75 mol of N2 and 1.20 mol H2 are placed in a 3.0 Lcontainer with an iron catalyst and heated under pressure to 750 K.
N2(g)+ 3H2(g)2NH3 (g)
a) when the reaction reaches equilibrium the concentration ofH2= .10 M, [N2]=.15, and [NH3]=.20
b) if .30 mol of ammonia are removed through condensation andno other gases are added, what are the new [N2], [h2], and [NH3],when the reaction re-establishes equilibrium?
Answers
when the reaction re-establishes equilibrium, the new concentrations are:
[N2] = 0.15 M
[H2] = 0.10 M
[NH3] = 0.10 M
a) To find the equilibrium constant (Kc) for this reaction, we use the equation:
Kc = [NH3]^2 / ([N2] * [H2]^3)
Plugging in the given concentrations at equilibrium, we get:
Kc = (0.20)^2 / (0.15 * 0.10^3) = 8.89 x 10^-4
b) If 0.30 mol of NH3 are removed, the reaction will shift to the right to try to make up for the lost product. Let x be the change in concentration of NH3, then [NH3] will be 0.20 - x at equilibrium. Since 1 mol of NH3 is produced for every 2 mol of reactants consumed, the change in concentration for N2 and H2 will be -0.5x and -1.5x, respectively.
Using the equilibrium expression again, we can set up an equation to solve for x:
Kc = ([NH3] + x)^2 / ([N2] - 0.5x) * ([H2] - 1.5x)^3
Plugging in the given values and solving for x, we get:
8.89 x 10^-4 = (0.20 - x)^2 / (0.15 - 0.5x) * (0.10 - 1.5x)^3
x = 0.093
Therefore, at equilibrium, the new concentrations will be:
[N2] = 0.15 - 0.5x = 0.102 M
[H2] = 0.10 - 1.5x = 0.023 M
[NH3] = 0.20 - x = 0.107 M
Hi! I'd be happy to help you with your question.
a) When the reaction reaches equilibrium at 750 K, the concentrations of the reactants and product are as follows:
[N2] = 0.15 M
[H2] = 0.10 M
[NH3] = 0.20 M
b) When 0.30 mol of ammonia (NH3) are removed through condensation, we first need to calculate the new concentration of NH3:
Initial moles of NH3 in the container = 0.20 M * 3.0 L = 0.60 mol
New moles of NH3 after removal = 0.60 mol - 0.30 mol = 0.30 mol
New concentration of NH3 = 0.30 mol / 3.0 L = 0.10 M
Since the reaction is at equilibrium, the concentrations of N2 and H2 will remain the same:
[N2] = 0.15 M
[H2] = 0.10 M
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PLEASE HELPPP DUE DAYS AGO Which of the following must be assumed to be true to test the relationship between temperature and pressure of an enclosed gas? (Choose all correct answers.) (2 pts)
*
2 points
The amount of gas in the container may not change.
As the pressure increases, the volume will increase.
The volume of the gas may not change.
When temperature increases, the pressure will decreas
Answers
The amount of gas in the container may not change.
As the pressure increases, the volume will increase.
Which of the following are characteristics of a temperate broadleaf forest? (Select all that apply.)
They contain mainly coniferous trees.
They experience all four seasons.
They can be found along the Atlantic coast of the United States.
They are very dry and receive little to no rainfall.
Answers
Answer:
They can be found along the Atlantic coast of the United States.
They experience all four seasons.
Explanation:
The characteristic of temperate broadleaf forests are they can be found along the Atlantic coast of the United States and experience all four seasons.
What is temperate broadleaf forest?As the name suggested that temperate broadleaf forests are those forests in which temperature througout the year is moderate and leaf of the tress are broad in shape.
As in that forest temperature is mild but that forest will experience all four seasons.Quality of soil of this forest is rich in minerals.Tress which are mostly present in this forests are oak, maple, beech, hickory, etc which are having broad leaves.They are generally found in central China and eastern North America, means along the Atlantic coast of the United States.Hence they can be found along the Atlantic coast of the United States and experience all four seasons are the characteristics of this forest.
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answer for the rate please help me with my chemistry homework thank you so much
Answers
Answer:
Rate cup 1: 36.00 tsp/h.
Rate cup 2: 59.50 tsp/h.
Rate cup 3: 70.13 tsp/h.
Explanation:
Based on the given example, the units must be in tsp/hour. To do this we just have to divide tsp by seconds and then convert it to hours remembering that 1 hour equals 3600 seconds.
Let's calculate each case:
- Cup 1: 1 tsp, 1 minute 40 seconds. Remember that 1 minute equals 60 seconds, so 1 minute and 40 seconds equals 100 seconds. The calculation of the rate will look like this:
\(\frac{1\text{ tsp}}{100\text{ s}}\cdot\frac{3600\text{ s}}{1\text{ h}}=36.00\frac{tsp}{h}.\)The rate of cup 1 is 36.00 tsp/h.
- Cup 2: 2 tsp, 2 minutes 1 second. As we saw before 1 minute equals 60 seconds, so 2 minutes equals 120 seconds. 2 minutes and 1 second equals 121 seconds. The rate of cup 2 will be calculated as:
\(\frac{2\text{ tsp}}{121\text{ s}}\cdot\frac{3600\text{ s}}{1\text{ h}}=59.50\frac{tsp}{h}.\)The rate of cup 2 is 59.50 tsp/h.
- Cup 3: 3 tsp, 2 minutes 34 seconds. 2 minutes are the same that 120 seconds, so 2 minutes 34 seconds equals 154 seconds. The rate of cup 3 is calculated as follows:
\(\frac{3\text{ tsp}}{154\text{ s}}\cdot\frac{3600\text{ s}}{1\text{ h}}=70.13\frac{tsp}{h}.\)The rate of cup 3 is 70.13 tsp/h.
the diagram shows a model of the nitrogen cycle. which role do plants play in the nitrogen cycle?
Answers
Answer
D
Explanation:
They take up usable forms of nitrogen found in soil
Answer:
d
Explanation:
i took the test
Infer What happens to a liquid that is not in a container ?
Answers
Answer:
it will evaoprate over time
Explanation:
Answer:
wdym ur confusing me
Explanation:
How many nickels are there in $5.25?
Answers
Answer:
105
Explanation:
1 nickel = 5 cents
5.25 dollars x 100 cents
= 525 cents
525 cents / 5 cents
= 105 nickels
3. A polyatomic ion is formed from more than one atom.
True or false
Answers
Answer:
true
Explanation:
True or false: conducting an endothermic reaction at a lower temperature will produce more products
Answers
It is false, Conducting an endothermic reaction at a lower temperature will produce more products.
An endothermic process would be any thermodynamic process that causes an increase in the system's enthalpy H. A closed system typically soaks up thermal energy from the surroundings, resulting in heat transfer into to the system. If the reaction is endothermic as written, increasing the temperature will cause the forward reaction, increasing the amounts of products while decreasing the amounts of reactants. Lowering the temperature has the opposite effect. A temperature change has no effect on an thermal reaction.
In the case of an endothermic process, a decrease in temperature causes the reaction to reverse and only the temperature to remain constant, because the reverse reaction is exothermic, which raises the temperature. Because energy must be absorbed for the reaction to occur, the products have more energy than the reactants.
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Read the excerpt from A History of Women’s Suffrage by Stanton, Anthony, and Gage.
Another writer asserts that the tyranny of man over woman has its roots, after all, in his nobler feelings; his love, his chivalry, and his desire to protect woman in the barbarous periods of pillage, lust, and war. But wherever the roots may be traced, the results at this hour are equally disastrous to woman. Her best interests and happiness do not seem to have been consulted in the arrangements made for her protection. She has been bought and sold, caressed and crucified at the will and pleasure of her master. But if a chivalrous desire to protect woman has always been the mainspring of man's dominion over her, it should have prompted him to place in her hands the same weapons of defense he has found to be most effective against wrong and oppression.
Which statement paraphrases the authors’ argument?
Throughout history, men have strived to protect women through chivalrous action and guardianship.
Women have always been subservient to men because they have needed protection during war and pillage.
Men have not been successful protecting women because they have not given women the power to protect themselves.
During times of war, men and women rely on one another for defense, and they each have weapons for battle.
Answers
Answer:
C
Explanation:
Took the test
In her book A Vindication of the Rights of Women, British author Mary Wollstonecraft advocated that women should be treated with the same respect and decency as men, particularly when it comes to education. Thus, option C is correct.
What Women’s Suffrage by Stanton, Anthony, and Gage?A Vindication of the Rights of Woman (1792), a groundbreaking feminist text, asserts that girls should be given the same privileges as males.
So that they might become outstanding husbands, mothers, and laborers in addition to being educated to be frivolous and inept by the educational system.
Women should be given the same opportunities as men, and women share the same capacity for reasoning at birth. Women should have the same rights to influence, expertise, and power in society as men do.
Therefore, Men have failed in their attempts to safeguard women because they have not given them the means to do so.
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