The density of water is 1 g cm-3.What is the density of water in kg m-3.
Answers
After the analysis of the given data we come to the conclusion that the density of water in kg/m³ is 1000 kg/m³
Density is considered the degree of compactness of a substance. It is known as the mass per unit volume of a substance. The density of water is evaluated using the normal density formula,
D = M/V
Here,
D = density of the water
M = mass of the water
V = volume of the water.
In this case, we know that the density of water is 1 g/cm³. We can convert this to 1000 kg/m³ by multiplying it by 1000
since 1 kg = 1000 g and 1 m³ = 10⁶ cm³.
Therefore, 1 g/cm³ = 1000 kg/m³.
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Related Questions
Given the reaction at equilibrium : H 2 (g)+I 2 (g)+53.0kj <-> 2Hl(g) The equilibrium will shift to the right if there's an increase in
Answers
We can see that heat is added on the left side of the reaction, which means that the reaction required heat to take place and is endothermic
because the reaction is endothermic, (absorbs heat to proceed), more heat will shift it towards the product side
because there is an equal number of gaseous moles on both the sides, a change in pressure or volume won't affect the equilibrium
What is the density of a sample of charcoal with a mass of 3.0g and a volume of 10 cm^3
Answers
Mass of sample of charcoal = 3.0 g
Volume of sample of charcoal = 10cm^3
We know that,
Density = mass/volume
Density of sample of charcoal = mass of sample of charcoal /volume of sample of charcoal
=> density = 3 g /10 cm^3 = 0.3 g/cm^3
draw the structure of the product of the reaction of propylmagnesium bromide with benzaldehyde. assume that the reaction is worked up by the addition of dilute aqueous acid. click the draw structure button to launch the drawing utility.
Answers
The final product of the reaction of propylmagnesium bromide with benzaldehyde is phenol component with side product. The above figure show the reaction.
A Grignard reaction is a reaction in which alkyl/aryl magnesium halide reacts with a carbonyl group, C=O. This reaction has been named on the name of Victor Grignard. We have to draw the structure of the product of the reaction of propylmagnesium bromide with benzaldehyde. The chemical formula for Propylmagnesium bromide is CH₃CH₂CH₂MgBr and Benzaldehyde is C₆H₅CHO. When benzaldehyde reacts with grignard reagent in dilute aqueous acid ( H positive). It will produce adduct alcohol that is not a product. In between final product, reagent attached to benzene ring with Oxygen site but it is not stable, so, the bonds break up and MgBr removed by leaving Hydrogen in its place. So, the final product is Phenol with side product CH₃CH₂CH₂CH₃.
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A gas cylinder contains exactly 1 mole of oxygen gas (O2). How many molecules of oxygen are in the cylinder? 4. 01 × 1022 molecules 6. 02 × 1023 molecules 9. 03 × 1024 molecules 2. 89 × 1026 molecules.
Answers
The number of molecules on 1 mole of oxygen has been \(6.023\;\times\;10^2^3\) molecules. Thus, option B is correct.
The molecule has been the smallest unit of the compound. It has been the repeating unit to form the compound.
The molecule has been formed with the combination of the elements in the fixed proportion.
Number of molecules in a moleThe number of molecules in a mole of sample has been given by Avogadro's law. According to this, the number of molecules in a mole of sample has been equivalent to the Avogadro number.
The value of Avogadro number has been \(6.023\;\times\;10^2^3\).
Thus, the one mole of sample has been consisted of \(6.023\;\times\;10^2^3\) molecules.
The number of molecules on 1 mole of oxygen has been \(6.023\;\times\;10^2^3\) molecules. Thus, option B is correct.
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Answer:
Answer in picture its B
Explanation:
You are compiling the temperature profile of a lake, which requires taking temperature readings at different depths. You collect the following data:
What depth range does the epilimnion occupy in this lake?
a. 0 to 3
b. 8 to 12
Answers
The depth range of the epilimnion in this lake is most likely a. 0 to 3 meters. Option A is correct.
To determine the depth range of the epilimnion, we need to identify the layer of the lake where the temperature change is most rapid, which indicates the transition between the warm surface layer and the colder deep layer.
Looking at the temperature readings, we can see that there is a significant temperature difference between the surface layer (0-3 meters) and the layer below (4-7 meters).
However, the temperature change between 4-7 meters and 8-12 meters is not as dramatic, indicating that the transition between the warm surface layer and the colder deep layer occurs somewhere between 3 and 8 meters.
Hence, A. 0 to 3 is the correct option.
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every element in the second period has _______ shells for it electrons
Answers
Answer:
2
Explanation:
...
Answer:
orbital is the answer
I took the test
for the reaction of copper with silver nitrate (use cu2 ), how many grams of silver can be produced from 1.40 g silver nitrate and excess copper?
Answers
1.78 grams of silver can be produced from 1.40 g silver nitrate and excess copper. The balanced chemical equation for the reaction of copper with silver nitrate (use cu2) is as follows: Cu + 2AgNO₃ → Cu(NO₃)₂ + 2Ag
To determine how many grams of silver can be produced from 1.40 g of silver nitrate and excess copper, we first need to calculate the limiting reactant.
The stoichiometry of the reaction is such that 2 moles of silver nitrate react with 1 mole of copper to produce 2 moles of silver. The molar mass of silver nitrate is 169.87 g/mol while that of copper is 63.55 g/mol,
therefore, the number of moles of silver nitrate present in 1.40 g can be calculated as follows:Number of moles of silver nitrate = mass/molar mass= 1.40/169.87= 0.008240 molSimilarly, the number of moles of copper required to react with this quantity of silver nitrate is 0.004120 mol (half of the number of moles of silver nitrate).
Since there is an excess of copper, it will not limit the reaction and hence the limiting reactant is silver nitrate.To calculate the mass of silver produced, we use the molar mass of silver, which is 107.87 g/mol.Mass of silver produced = number of moles of silver x molar mass= 0.01648 x 107.87= 1.78 g
Therefore, 1.78 grams of silver can be produced from 1.40 g silver nitrate and excess copper.
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Out going shortwave radiation depends on:
Answers
Outgoing shortwave radiation depends on factors such as the angle of the Sun's rays, albedo, cloud cover, and atmospheric gases. These factors collectively determine the amount of solar radiation that is reflected, absorbed, and re-emitted by the Earth's surface, influencing the outgoing shortwave radiation.
Outgoing shortwave radiation depends on several factors. Firstly, it is influenced by the solar radiation received by the Earth's surface. The amount of solar radiation reaching the Earth is determined by the angle of the Sun's rays, which changes throughout the day and across different seasons. This means that outgoing shortwave radiation will vary depending on the time of day and the time of year.
Another important factor is the albedo, which refers to the reflectivity of different surfaces on Earth. Surfaces with high albedo, such as ice and snow, reflect more solar radiation back into space, resulting in lower outgoing shortwave radiation. Conversely, surfaces with low albedo, such as dark soil and vegetation, absorb more solar radiation, leading to higher outgoing shortwave radiation.
The presence of clouds also plays a role in outgoing shortwave radiation. Clouds can either reflect incoming solar radiation back into space or absorb and re-emit it as longwave radiation. The type and thickness of clouds, as well as their altitude, can affect the amount of outgoing shortwave radiation.
Finally, atmospheric gases such as water vapor, carbon dioxide, and ozone can also influence outgoing shortwave radiation. These gases absorb and re-emit some of the incoming solar radiation, impacting the amount of radiation that escapes back into space.
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1: At which temperature would a reaction withΔH = -102 kJ/mol, ΔS = -0.188 kJ/(mol×K) be spontaneous? 2: At which temperature would a reaction withΔH = 132 kJ/mol, ΔS = 0.200 kJ/(mol×K) be spontaneous?
Answers
Answer:
1: At temperatures below 542.55 K
2: At temperatures above 660 K
Explanation:
Hello there!
In this case, according to the thermodynamic definition of the Gibbs free energy, it is possible to write the following expression:
\(\Delta G=\Delta H-T\Delta S\)
Whereas ΔG=0 for the spontaneous transition. In such a way, we proceed as follows:
1:
\(0=\Delta H-T\Delta S\\\\T=\frac{-102kJ/mol}{-0.188kJ/mol-K} \\\\T=542.55K\)
It means that at temperatures lower than 542.55 K the reaction will be spontaneous.
2:
\(0=\Delta H-T\Delta S\\\\T=\frac{132kJ/mol}{0.200kJ/mol-K} \\\\T=660K\)
It means that at temperatures higher than 660 K the reaction will be spontaneous.
Best regards!
which of the following correctly represents, for an amorphous polymer, the sequential change in mechanical state with increasing temperature?
Answers
For an amorphous polymer, the sequential change in mechanical state with increasing temperature is best represented by a transition from a glassy state to a rubbery state.
At low temperatures, the polymer exists in a rigid glassy state, where the molecular chains are frozen in place. As the temperature increases, the molecular chains start to move more freely, and the polymer transitions into a rubbery state. In this state, the polymer is more flexible and can undergo deformation without breaking. Further increases in temperature may eventually cause the polymer to enter a molten state, where the molecular chains are completely disordered and the polymer flows like a liquid. The transition between these states is dependent on factors such as the polymer's molecular weight, chemical composition, and thermal history.
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1. hypothesize how the temperature of the water changed as it was freezing in the freezer
Answers
The main point of freezing water is that the Water will freeze if the heat energy within it decreases.
When water is put in the freezer, it cools and eventually turns from liquid to solid (ice). The freezing point of water is the temperature at which this occurs. Freezing is the transformation of a substance from a liquid to a solid at its freezing point.
The temperature will remain constant at 32 F for the duration of the liquid's transformation into ice. When all of the liquid has frozen, the temperature will start to drop again. The temperature of the ice will continue to drop until it hits 20 degrees Fahrenheit, which is the same as the ambient air.
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The temperature of the water decreased as it was freezing in the freezer.
When water is placed in a freezer, the surrounding temperature is lower than the initial temperature of the water. As a result, heat transfer occurs from the water to the colder environment, causing the water temperature to decrease.
As the temperature of the water approaches the freezing point, the kinetic energy of water molecules decreases. This reduction in kinetic energy leads to slower molecular motion. When the temperature reaches the freezing point of water (0°C or 32°F), the water molecules start to arrange themselves into a more structured pattern, forming ice crystals.
During the phase transition from liquid to solid, the temperature remains constant at the freezing point until all the water has solidified. This is because the energy being transferred is used to break the intermolecular bonds rather than increasing the temperature.
Overall, as the water freezes in the freezer, its temperature gradually decreases until it reaches the freezing point, and then it remains constant until the entire water is converted to ice.
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PLSSS I GIVE BRAINLIEST
Answers
Answer:
b
Explanation:
the angular distance of a place east or west of the meridian at Greenwich, England, or west of the standard meridian of a celestial object, usually expressed in degrees and minutes
Draw the structures of the initially formed enol tautomers in the reactions of propyne and dicyclohexylethyne with dicyclohexylborane followed by naoh and h2o2 .
Answers
The structures of the initially formed tautomers in the reaction of propyne and dicyclohexylethyne with dicyclohexylborane followed by NaOH and H2O2 is (E)-prop-1-en-1-ol and (E)-1,2-dicyclohexylethen-1-ol respectively
Hydroboration is a process to obtain alcohol. It proceeds according to the anti-markonikov rule.It is used in the synthesis of organic compounds.The hydrogen attaches to the most substituted carbon alkene double bond.It produces products which reacts with reagents to form useful compounds.Alkenes undergo hydroboration in the presence of dicyclohexylethyne.Then it undergoes oxidation in presence of NaOH/H2O2 to form enol tautomer.The reaction is as follows;To learn more about hydroboration visit:
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The material used as a biological sensor is one dimension of 20 mm, the other Are in nanometers
Answers
Answer: 20 , 40
I want know the answer now !
Use the periodic table to determine the electron configuration for Cl and Y in noble-gas notation.
Cl:
A. ) [He]2s22p63s23p5
B. ) [Ne]3s23p4
C. )[Ar]3s23p5
D. )[Ne]3s23p5
Answers
The correct electron configuration for Cl in noble-gas notation is option D, [Ne]₃s²³p⁵.
This notation indicates that the electron configuration of Cl is the same as that of the noble gas neon ([He]₂s²²p⁶), except for the three additional electrons in the 3rd shell, occupying the 3s and 3p orbitals.
The electron configuration for Y in noble-gas notation can be determined by finding the noble gas that precedes Y in the periodic table, which is Kr. The electron configuration for Kr is [Ar]₃d¹⁰⁴s²⁴p⁶
Yttrium (Y) has an atomic number of 39, which means it has 39 electrons. The electron configuration for Y in noble-gas notation is therefore:
[Kr]₅s²⁴d¹
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Identify the methods used to monitor a reaction as it occurs in the reaction flask. polarimeter O A spectrometer OB pressure measurement Ос. D. all of the above choices are correct
Answers
The methods used to monitor a reaction as it occurs in the reaction flask are d) all the above
A polarimeter is an analytical hardware component that measures the polarization of light and is used to analyze the optical activity of chemicals. Optical activity refers to the ability of a material to rotate polarized light and the extent to which such a phenomenon occurs.
A spectrometer is one of the scientific instrument/method used to separate and measure the spectral components of physical phenomena. A spectrometer is a broad term often used to describe an instrument that measures a continuous variable of a phenomenon whose spectral components are mixed in some way.
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PLEASE HELPPPPPPPPPPPPPP
Answers
Answer:
not balanced, oxygen, not equal
Explanation:
Alright, so let's go ahead and balance this equation!
The easiest way to do this is to take out a piece of paper and write down your elements on each side. Let's do it together:
--------------------------------------------------------------------------------------------------------------
\(2NaOH + H_{2} SO_{4}\) → \(Na_{2}SO_{4} + H_{2}O\)
Let's count the number of molecules for each element on both sides. Starting with the left side:
↓
\(2(NaOH) + H_{2} SO_{4}\)
The coefficient of 2 in front of NaOH will be distributed to Na, O, and H. The subscripts for H and O only apply to themselves, so S will have only one molecule. Then our molecule counts for the reactant side (the left side) will be:
↓
Na: 2
O: 2+4 = 6
H: 2+2 = 4
S: 1
↓
Now, let's move on to the right side:
\(Na_{2}SO_{4} + H_{2}O\)
This side only has subscripts, no coefficients, so that means that any elements that don't have subscripts (S and the second O ) will have a count of one. Knowing this, our molecule count for the product side (right side) is:
↓
Na: 2
O: 4+1 = 5
H: 2
S: 1
↓
Let's compare our counts now:
Left side: Right side:
Na: 2 Na: 2
O: 6 O: 5
H: 4 H: 2
S: 1 S: 1
We can see that our O and H molecule counts are different. So that means it's an unbalanced equation.
--------------------------------------------------------------------------------------------------------------
Therefore, your answer will be:
The equation is not balanced because the number of hydrogen atoms and oxygen atoms is not equal in the reactants and in the products.
Can anyone help me out and try identifying the organs numbers?
Answers
Answer:
sorry if its wrong i tried my best
Explanation:
1) cardia
2) stomach
3) small intestine
4) large intestine
Which fossil could help scientists know more about the kind of food eaten by an animal that lived millions of years ago?
A) teeth
B) skull
C) backbone
D) leg bones
Answers
Answer:
A. teeth
Explanation:
It contains a protien called collagen, which absorbs chemical elements from the food that an individual eats, so scientists are able to obtain information about animals diet by studying the chemical elements found in fossilised teeth.
Answer:
Teeth
Explanation:
They can see the shape of the teeth and try to figure out what they ate
Which balanced chemical equation contains the correct product(s) for the reaction of rubidium
(Rb) solid with chlorine (C12) gas? (2 Points)
A. Rb(s) + Cl₂(g) → RbCl₂(s)
B. Rb(s) + Cl₂(g) → RbCl(s) + Cl(g)
C. 2 Rb(s) + Cl₂(g) → 2 RbCl(s)
D. 2 Rb(s) + 3 Cl₂(g) → 2 RbCl₂(s) + 2 CI(g)
Answers
The equilibrium chemical equation Rb(s) + Cl₂(g) RbCl₂(s) has the appropriate product(s) for the reactivity of rubidium.
What is Mg S)+ Cl2 G MgCl₂ S's balanced chemical equation?Magnesium chloride (MgCl₂) is created when the elements magnesium (Mg) and chlorine (Cl₂) mix. As a result, the reaction is a combination reaction, and the equation that balances it is as follows: Mg(s)+Cl₂(g)→MgCl₂(s)
What is Cl₂'s reaction ?For instance, salt chlorate, a typical household bleach, is created when chlorine, Cl₂, interacts with sodium hydroxide, NaOH, in a disproportionation process. Sodium and chlorine combine to make sodium chloride, a common table salt.
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You are given a sample of iron that has a mass of 279.25 grams.
You react the iron with 240.525 grams of sulfur to form pure iron
sulfide. Based on these results, what is the formula of the iron
sulfi
Answers
The empirical formula of the Iron Sulfide (FeS)
Given
Mass of Iron (Fe) = 279.25 grams
Mass of Sulfur (S) = 240.525 grams
To determine the empirical formula, we need to convert the masses of Iron and Sulfur to moles. The molar mass of Iron is 55.845 g/mol. The molar mass of Sulfur is 32.06 g/mol.
Number of moles of Iron = Mass of Iron / Molar Mass of Iron
Number of moles of Iron =\(279.25 / 55.845 = 4.9989\)
Number of moles of Sulfur = Mass of Sulfur / Molar Mass of Sulfur
Number of moles of Sulfur = \(240.525 / 32.06 = 7.5\)
Next, we need to divide each of these numbers by the smallest one to get the ratio.
Number of moles of Iron / Smallest number of moles = \(4.9989 / 4.9989 = 1\)
Number of moles of Sulfur / Smallest number of moles = \(7.5 / 4.9989 = 1.5\)
Therefore, the empirical formula of Iron Sulfide is FeS because it has the smallest whole number ratio of the atoms.
FeS is the formula of the Iron Sulfide.
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13. What is Delta G for the reaction N2(g) +O26) -- 2NO where Delta S = 0.02442 kJ/K at
303.0 K and AH = 180.7 kJ. Use Delta G = Delta H - TDelta S.
A. 173.3 kJ
B. 7.399 kJ
C.-173.3 kJ
D. 258.87 kJ
Answers
Answer:
9
Explanation:
i think
Distinguish the locations and tissues between the periosteum and the endosteum.
Answers
The periosteum is a fibrous membrane that covers the outer surface of bones, excluding the joints. It is composed of connective tissue and is rich in blood vessels, nerves, and osteoblasts, cells responsible for bone growth and repair. The periosteum helps to protect bones and provides a site for muscle attachment.
The endosteum, on the other hand, is a thin layer of tissue that lines the inner surface of bones, including the spaces within bones where bone marrow is stored. It is composed of connective tissue and is rich in osteoclasts, cells that break down and resorb bone tissue. The endosteum helps to regulate the growth and repair of bones and is involved in the maintenance of bone homeostasis.
In summary, the periosteum is located on the outer surface of bones and the endosteum lines the inner surface of bones, including bone marrow spaces.
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The process that converts straight-chain alkanes into branched hydrocarbons is called A hydrolysis B.cracking C. hydrogenation D. reforming
Answers
The process that converts straight-chain alkanes into branched hydrocarbons is called: B. cracking.
The process that converts straight-chain alkanes into branched hydrocarbons is called option B: cracking. Cracking is a chemical process widely used in the petroleum industry to break down larger hydrocarbon molecules into smaller ones. It involves the thermal decomposition of hydrocarbons under high temperatures and pressures, often in the presence of a catalyst.
During cracking, long-chain alkanes are subjected to heat and pressure, causing the carbon-carbon bonds to break. This results in the formation of shorter hydrocarbon chains, including branched hydrocarbons. The process can occur in various forms, such as thermal cracking, catalytic cracking, or hydrocracking, depending on the specific conditions and desired products.
By converting straight-chain alkanes into branched hydrocarbons, cracking enhances the volatility, stability, and reactivity of the resulting hydrocarbon products. It is an essential process in the production of gasoline, diesel fuel, and other valuable hydrocarbon derivatives, as branched hydrocarbons often exhibit improved combustion characteristics and higher octane ratings.
Overall, cracking plays a vital role in the petroleum refining industry, enabling the transformation of long-chain alkanes into a more diverse range of hydrocarbon products with desired properties and applications.
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1. What type of TV uses a CCFL for backlighting?
O 3D
O LCD
OLED
O Cathode Ray tube
Answers
Explanation:
When a virus infects a bacterial cell, often new viruses are assembled and released when the host bacterial cell is lysed. If these new viruses go on to infect new bacterial cells, the new host cells may not be lysed. What is the most plausible explanation for this?A) The bacterial cell must be resistant to infection by the virus.
B) The virus carries genes that confer resistance to the host bacterial cell.
C) The host bacterium couples the viral infection with transformation.
D) The virus has entered the genome of the bacterial cell and is in the lysogenic stage.When a virus infects a bacterial cell, often new viruses are assembled and released when the host bacterial cell is lysed. If these new viruses go on to infect new bacterial cells, the new host cells may not be lysed. What is the most plausible explanation for this?A) The bacterial cell must be resistant to infection by the virus.B) The virus carries genes that confer resistance to the host bacterial cell.
C) The host bacterium couples the viral infection with transformation.
D) The virus has entered the genome of the bacterial cell and is in the lysogenic stage.Answer:
LCD TV's use a CCFL for backlighting
What kind of reaction is this
Na2O + CO2 → Na2CO3
Answers
Answer:
Explanation:
Na 2O + CO 2 → Na 2CO. 3
This is an acid-base reaction (neutralization): Na 2O is a base, CO 2 is an acid.
Hope this helps!!!!!!
Brainlist please
The reaction of N₂O with CO₂ giving Na₂CO₃ is a combination reaction, where two reactants combines to form a product.
What are types of reactions?There are different kinds of reactions namely, displacement reactions, combination reactions, decomposition reaction etc.
The reaction in which one reactant species displace the constituent group of another reactant it is termed as displacement reactions. On decomposition reaction, one reactant decomposes into two or more products.
In a single displacement reaction, one of the group is displaced to form a new product and in double displacement reactions, two species from reactant side are displaced.
Similarly, a reaction in which two reactants simply combines to form a product is termed as combination reaction.
Therefore, the type of the given reaction is combination.
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Molar mass calculation for Cl^2
Answers
Answer:
Mass of Cl = 35.5
Mass of Cl2 => 35.5×2
=> 71 g/mol
hope that helps ✌
71
explain:The atomic mass of chlorine is equal to the molar mass of chlorine so the molar mass of chlorine is 35.5
=> molar mass for Cl^2: 35,5*2=71
solve the following equation:13x - 22 = 30
Answers
Answer:
52/13
Explanation:
13X=30+22
x=52/13
Susan is a space scientist who made this diagram of the Moon and Earth, as seen from above (top view), with sunlight coming from the left, as shown by the arrows. Why does Susan’s diagram show that it’s bright on the left half of the Moon?
Responses
Answers
According to Susan's diagram, the left half of the Moon is bright because sunlight strikes it from the left and is reflected off its surface like a mirror.
Why does Susan's diagram indicate that it is light on the Moon's left side?According to Susan's diagram, the left half of the moon is bright because sunlight strikes it from the left and is reflected off its surface like a mirror. Since the Moon doesn't produce any light of its own, sunlight is necessary for it to be visible. When the Moon is exposed to sunlight, the areas of its surface that face the Sun are illuminated, producing bright spots.
The Moon goes through phases as it revolves around the Earth, with different areas of its surface receiving sunlight at various times. The left side of the Moon is illuminated in Susan's diagram because it faces the Sun, while the right half is under shadow and seems dark.
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What is the meaning of the word neutral?
Answers
Explanation:
having no strongly marked or positive characteristics or features.