The atomic mass of N is 14.01 g/mol, and the atomic mass of H is 1.008 g/mol. What is the molecular mass of NH3?
17.034 g/mol
15.018 g/mol
14.12 g/mol
45.054 g/mol
Answer:
Option A = 17.03 g/mol
Explanation:
Given data:
Atomic mass of nitrogen = 14.01 g/mol
Atomic mass of hydrogen = 1.008 g/mol
Molecular mass of NH₃ = ?
Explanation:
Molecular mass of NH₃ = (14.01 g/mol × 1) + (1.008 g/mol × 3)
Molecular mass of NH₃ = 14.01 g/mol + 3.024 g/mol
Molecular mass of NH₃ = 17.03 g/mol
Ammonia consist of hydrogen and nitrogen both are nonmetals that's why ammonia is an covalent compound.
Which scientist first proposed physical laws to mathematically describe the effect of forces on the motions of bodies?
a.Galileo Galilei
b.isaac newton
c.Albert Einstein
d.ben franklin
Diatomic n2 can react with diatomic h2 to form ammonia (nh3). the balanced chemical equation is: n2 + 3 h2 ? 2 nh3 if 6 moles of h2 totally reacted with more than enough n2, how many moles of ammonia would be expected to form?
Looking at a potential energy diagram what is the name given to represent the amount of energy needed for the reaction to take place?
The amount of energy needed for a reaction to take place is called activation energy. It determines the rate at which a chemical reaction occurs.
Explanation:In a potential energy diagram, the amount of energy needed for the reaction to take place is called the activation energy. Activation energy is the minimum energy required for reactant molecules to collide with sufficient energy to form a high-energy activated complex or transition state. It determines the rate at which a chemical reaction occurs, with higher activation energy leading to slower reactions and lower activation energy leading to faster reactions.
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What volume does 15.6 g of H2O(g) occupy at 36.2 degrees Celsius and 1.25 atm
Final answer:
The volume occupied by 15.6 g of H2O(g) at 36.2 degrees Celsius and 1.25 atm can be calculated using the Ideal Gas Law. The volume is approximately 18.13 liters.
Explanation:
To find the volume occupied by 15.6 g of H2O(g) at 36.2 degrees Celsius and 1.25 atm, we can use the Ideal Gas Law, which is PV = nRT. Here, P is the pressure, V is the volume, n is the number of moles, R is the gas constant, and T is the temperature in Kelvin.
First, we convert the mass of water to moles:
Molar mass of H2O = 18.015 g/molMoles of H2O = 15.6 g / 18.015 g/mol = 0.866 moles (approximately)Next, we convert the temperature from degrees Celsius to Kelvin:
Kelvin temperature = 36.2 + 273.15 = 309.35 KNow we can plug these values into the Ideal Gas Law:
PV = nRTV = nRT / PV = (0.866 moles) * (0.0821 L*atm/(K*mol)) * (309.35 K) / (1.25 atm)V ≈ 18.13 LSo, the volume occupied by 15.6 g of H2O(g) at 36.2 degrees Celsius and 1.25 atm is approximately 18.13 liters.
What is formed when two or more different elements chemically combine?
A. Atom
B. Compound
C. Mixture
D. Nuclear Fission
how can a gardener remedy soil that is overly acidic?
To remedy overly acidic soil, use lime to raise pH, add organic matter like compost, and monitor pH levels regularly for optimal plant growth..
To remedy soil that is overly acidic (low pH), gardeners can take several steps to raise the pH to a more neutral or slightly acidic range, which is typically better for most plants.
Here’s how you can do it:
1. Test the Soil pH: Use a soil pH testing kit or send a sample to a lab to determine the current pH level accurately. This will help you gauge how much adjustment is needed.
2. Add Lime: Lime is the most common amendment used to raise soil pH. There are two main types:
Calcium Carbonate (Calcitic Lime)**: This is the preferred choice for most soils. It raises pH and provides calcium, which is beneficial for plant growth.Dolomitic Lime: Contains calcium carbonate and magnesium carbonate, useful if magnesium levels are also low in the soil.Follow the application rates recommended based on your soil test results. Lime should be worked into the soil thoroughly for best results.
3. Use Wood Ash: Wood ash from hardwoods (like oak or maple) can also raise soil pH because it contains potassium carbonate. However, its use should be limited and monitored due to its high alkalinity and potential to raise pH too much if over-applied.
4. Add Organic Matter: Incorporating organic matter like compost, well-rotted manure, or peat moss can help buffer pH levels and improve soil structure over time. While organic matter alone won't drastically change pH, it can make the soil more hospitable to plants that prefer slightly acidic conditions.
5. Avoid Aluminum Sulfate and Ammonium-Based Fertilizers: These can lower pH levels, so they should be avoided in soils that are already acidic.
6. Monitor and Retest: After making amendments, retest the soil periodically (every few months or at least annually) to monitor pH levels and make adjustments as necessary.
7. Consider Plant Preferences: Some plants prefer acidic soils (e.g., blueberries, azaleas), so make sure the pH adjustments align with the needs of the plants you intend to grow.
By carefully applying these methods, gardeners can gradually raise the pH of overly acidic soil to create a more balanced environment for healthy plant growth.
Why are metallic bonds in an alkali metal relatively weak?
If 30.0 ml of a 0.500 m koh solution are needed to neutralize 10.0 ml of hcl of unknown concentration, what is the molarity of the hcl
The molarity of HCl will be "1.5 M".
Molarity,
M₁ = 0.500 MM₂ = ?Volume,
V₁ = 30 mLV₂ = 10 mLAccording to the dilution equation,
→ [tex]M_1 V_1= M_2 V_2[/tex]
or,
→ [tex]M_2=\frac{M_1 V_1}{V_2}[/tex]
By substituting the given values, we get
→ [tex]= \frac{0.500\times 30}{10}[/tex]
→ [tex]=\frac{15}{10}[/tex]
→ [tex]= 1.5 \ M[/tex]
Thus the above is the appropriate answer.
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How many different types of atoms are present in one molecule of aluminum hydroxide, Al(OH)3? 2 3 4 5
Answer: There are exactly 3 different types of atoms in one molecule of aluminum hdroxide.
Hope this helps!
______ bonds are made between successive amino acids during elongation.
A 3.45 microgram sample of Uranium has a mass of how many grams?
Which statement is correct regarding the rate of the reaction below? 3A + B 4X + 2Y The rate of disappearance of B is three times greater than that of A. The rate of formation of Y is twice the rate of formation of X. The rate of formation of X is four times the rate of disappearance of B. The rate of disappearance of A is three times the rate of formation of Y.
Which atoms have the same number of neutrons?
1) H-1 and He-3
2) H-2 and He-3
3) H-3 and He-3
4) H-3 and He-4
Final answer:
Atoms H-2 (deuterium) and He-3 both have 1 neutron each, which means they have the same number of neutrons.
Explanation:
The student has asked which atoms have the same number of neutrons. To find this out, we must compare the nucleon number (sum of protons and neutrons) for each atom and subtract the atomic number (number of protons) to get the number of neutrons.
For H-1 (protium), it has 1 proton and no neutrons.
For H-2 (deuterium), it has 1 proton and 1 neutron.
For H-3 (tritium), it has 1 proton and 2 neutrons.
For He-3, it has 2 protons and 1 neutron.
For He-4, it has 2 protons and 2 neutrons.
From this, we can see that H-2 (deuterium) and He-3 both have 1 neutron.
Therefore, the correct answer is (2) H-2 and He-3 have the same number of neutrons.
Biuret reagent will indicate the presence of
The Biuret test is a simple and quick method to detect proteins in a sample, and a positive result is indicated by a color change from blue to violet or purple. The correct answer is proteins.
Biuret reagent is used to test for the presence of proteins in a sample. The Biuret test is a chemical test used to detect the presence of peptide bonds in proteins and peptides. When Biuret reagent, which contains copper(II) ions, is added to a solution containing proteins, the copper(II) ions react with the nitrogen and oxygen atoms in the peptide bonds to form a violet or purple-colored complex. This color change indicates the presence of proteins.
The Biuret reaction is not specific to proteins; it can also react with compounds that contain two or more peptide bonds. However, it is most commonly used to detect proteins in biological samples. The test is not quantitative, but it can give a rough estimate of the amount of protein present based on the intensity of the color change.
The Biuret reagent typically consists of a solution of potassium hydroxide (KOH) and copper(II) sulfate (CuSOâ‚„). The alkaline solution (KOH) denatures the proteins, exposing the peptide bonds, and the copper(II) ions form the characteristic colored complex with the peptide bonds.
In summary, the Biuret test is a simple and quick method to detect proteins in a sample, and a positive result is indicated by a color change from blue to violet or purple.
Two electrons are found in the same atom. One has the quantum number set (3, 2, 0, +½), and the other has the quantum number set (3, 1, 0, +½). They share the
a same sub level but differentt orbitals
b same orbital but different spin directions
c same energy level but different sublevels
d same type of sub level but found in different energy sub levels
Answer:
Explanation: In an atom, there is a nucleus at the center that has protons and neutrons inside it and the electrons are present in different shells(energy levels) around the nucleus. These shells(energy levels) are divided into sub shells(sub energy levels).
To know more about the position and other information about an electron present in an atom we use a set of four numbers known as quantum numbers.
The four quantum numbers are:
principal quantum number:- It's denoted by n and it has an integer values 1, 2, 3 and so on. It's tells us about the shell in which an electron is present.
Azimuthal or orbital angular momentum quantum number :- It's denoted by l and its values are (n-1), where n is principal quantum number.
for example, if n = 1 then l = 0
n = 2 then l = 0 or 1
n = 3 then l = 0, 1 or2
and n = 4 then l = 0, 1, 2 or 3
l = 0 indicates the electron is in s subshell.
l = 1 indicates the electron is in p subshell.
l = 2 indicates the electron is in d subshell and
l = 3 indicates the electron is in f subshell.
Magnetic quantum number :- It's denoted by ml and it has values from -l to +l values.
It determines the number of orbitals and their orientation within a subshell.
for example, l = 0 then ml = 0
l = 1 then ml = -1, 0, +1
l = 2 then ml = -2, -1, 0, +1, +2
l = 3 then ml = -3, -2, -1, 0, +1, +2, +3
Spin quantum number :- It is denoted by ms and it does not depend on other quantum numbers. It tells us if the spin of an electron is clockwise or counter clockwise.
it has +1/2(clockwise) or -1/2(counter clockwise) values.
The four quantum numbers are written in the order n, l, ml and ms.
If we look at the given two sets of quantum numbers then values of n, ml and ms are same but the value of l is different.
Value of n is same means both electrons are in same energy level. Value of ms is same means the spin of both the electrons is same.
Value of l for the first set is 2 means the electron is present in d-subshell. Value of l for the second set of quantum numbers is 1 means the electron is present in p-subshell.
choice A is not correct as the electrons are in different subshells.
Choice B is also not correct as the electrons spin is in same direction.
Choice C is correct as the electrons are in same energy level but different sublevels.
In which type of chemical bonding are electrons shared between adjacent atoms?
Calculate the ph of a 0.30 m cocl3 solution. the ka value for co(h2o)63 is 1.0 ✕ 10-5.
The pH of acid is between 0-7 on pH scale while for base pH range is from 7-14. Therefore, the pH of solution is 1.84. pH is a unitless quantity.
What is pH?pH is a measurement of amount of hydronium ion H₃O⁺ in a given sample. More the value of hydronium ion concentration, more will be the solution acidic.
On subtracting pH from 14, we get pOH which measures the concentration of hydroxide ion in a given solution. pH depend on the temperature. At room temperature pH scale is between 0 to 14. pH of neutral solution is 7.
Ka for Co (H2O)[tex]_6[/tex]³⁺ is 1.0 ✕ 10⁻⁵
Ka = 1.0 ✕ 10⁻⁵
x²/[0.3-x]x =1.0 ✕ 10⁻⁵
Substituting all the given values in the above equation, we get
[H+]= 0.014
The formula for calculating the pH of solution is given as
pH = -log [H+]
pH = 1.84
Therefore, the pH of solution is 1.84.
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Name three characteristics of nonmetals.
What volume of 1.25M HCl would be required to prepare 180 mL of a 0.500M HCl solution? A. 2.2 x 103 mL B. 450 mL C. 72 mL D. 0.014 mL
To solve this we use the dilution equation used in chemistry,
M1 V1 = M2 V2
where M1 is the concentration of the stock solution, V1 is the volume of the stock solution, M2 is the concentration of the new solution and V2 is its volume.
M1 V1 = M2 V2
1.25 M x V1 = 0.500 M x 180 mL
V1 =72 mL of the concentrated solution
Therefore, the correct answer would be option C.
Find the percent ionization of a 0.337 m hf solution. the ka for hf is 3.5 x 10-4. 1.1 % 1.2 x 10-2 % 3.2 % 3.5 x 10-2 % 4.7 %
To
determine the percent ionization of the acid given, we make use of the acid
equilibrium constant (Ka) given. It is the ration of the equilibrium
concentrations of the dissociated ions and the acid. The dissociation reaction
of the HF acid would be as follows:
HF = H+ + F-
The acid equilibrum constant would be expressed as follows:
Ka = [H+][F-] / [HF] = 3.5 x 10-4
To determine the equilibrium concentrations we use the ICE table,
HF
H+ F-
I 0.337 0
0
C -x +x
+x
---------------------------------------------
E 0.337-x x
x
3.5 x 10-4 = [H+][F-] / [HF]
3.5 x 10-4 = [x][x] / [0.337-x]
Solving for x,
x = 0.01069 = [H+] = [F-]
percent ionization = 0.01069 / 0.337 x 100 = 3.17%
The percent ionization of a 0.337 M HF solution : 3.2%
Further explanationAccording to Arrhenius, acids are substances which, when dissolved in water, release Hions.
An HₓY acid in water will ionize:
HₓY (aq) --------> xH⁺ (aq) + Yˣ- (aq)
Example:
HCl -------> H⁺ + Cl⁻
The amount of Hions produced by 1 acid molecule is called valence acid, whereas acidic residuals are formed after the release of Hions.
Usually, the name acid begins with the word acid followed by the name of the remaining acidic ion
The ion concentration of a weak acid is determined by the value of the acid ionization constant (Ka).
The greater the value of Ka, the greater the dissociated acid produces its Hion and the greater its acidity
HF is a weak acid
Weak acid ionization reaction occurs partially (not ionizing perfectly as in strong acids)
The ionization reaction of a weak acid is an equilibrium reaction
HA (aq) ---> H + (aq) + A- (aq)
The equilibrium constant for acid ionization is called the acid ionization constant, which is symbolized by Ka
The values for the weak acid reactions above:
Ka = [H +] [A-] / [HA]The greater the Ka, the stronger the acid, which means the reaction to the right is also greater
The degree of ionization (symbol α) is the ratio of the amount of ionizing substance to the amount of substance dissolved
α = amount of substance ionizing : amount of substance dissolved
HF decomposition reaction
HF ---> H⁺+ F⁻ if there is 0.337 M HF, then
[tex]\rm Ka=\dfrac{[H^+][F^-]}{[HF]}[/tex]
3.5 x 10⁻⁴. = x. x : 0.337-x (0.337-x is considered proportional to 0.337 because x is very small)
1,179.10⁻⁴ = x²
x = 0.01086
α = 0.01086: 0.337
α = 0.0322
α = 3.22%
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A substance decays so that the amount a of the substance left after t years is given by: a = a 0 · (0.9) t , where a 0 is the original amount of the substance. what is the half-life (the amount of time that it takes to decay to half the original amount) of this substance rounded to the nearest tenth of a year?
I think the correct form of the equation is given as:
a = a0 * (0.9)^t
where t is an exponent of 0.9 since this is an exponential decay of 1st order reaction
Now to solve for the half life, this is the time t in which the amount left is half of the original amount, therefore that is when:
a = 0.5 a0
Substituting this into the equation:
0.5 a0 = a0 * (0.9)^t
0.5 = (0.9)^t
Taking the log of both sides:
t log 0.9 = log 0.5
t = log 0.5 / log 0.9
t = 6.58 years
Answer:
half life = 6.58 years
Answer:
6.58 years
Explanation:
Aluminum oxide (used as an adsorbent or a catalyst for organic reactions) forms when aluminum reacts with oxygen.
An ion from a given element has 38 protons and 36 electrons what is the charge
A positively charged ion, or cation, results when an atom loses electrons, resulting in more protons than electrons. In this case, the ion with 38 protons and 36 electrons carries a 2+ charge due to the excess of two protons.
Explanation:In an atom, the number of protons determines the atomic number and identifies the element. Normally, an atom is neutral, having the same number of protons and electrons. However, when an atom gains or loses electrons, it becomes an ion and carries a charge. In the case of your ion, it has 38 protons and 36 electrons. The positive protons outnumber the negative electrons by two, so your ion carries a 2+ charge.
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The water found on earth is almost entirely made up of the 1h and 16o isotopes for a formula of h2o and a molecular mass of 18.0 amu. what is the largest mass that a water molecule could have using other isotopes? express the mass numerically in atomic mass units.
Answer : 24 atomic mass units (amu)
Explanation : Taking into consideration that the oxygen isotope has the molecular mass as 18 amu and the isotope of hydrogen will be tritium which will have the molecular mass as 3 amu.
The water molecule has two hydrogen and one oxygen; which means 2H and 1 O = [tex] H_{2}O[/tex]
So, to calculate the largest mass that a water molecule could have using other isotopes will be;
(2 X 3) + 18 = 24 amu.
So, the largest mass that a water molecule can have is 24 amu.
The largest mass that a water molecule could have using other isotopes = 24.0312
Further explanationThe elements in nature have several types of isotopes
Isotopes are atoms whose no-atom has the same number of protons while still having a different number of neutrons.
So Isotopes are elements that have the same Atomic Number (Proton)
Atomic mass is the average atomic mass of all its isotopes
In determining the mass of an atom, as a standard is the mass of 1 carbon-12 atom whose mass is 12 amu
So the atomic mass obtained is the mass of the atom relative to the carbon atom
[tex]\large {\boxed{mass~average~atom~X~=~ \frac {mass\: isotope ~ 1 + mass ~ isotope ~ 2} {whole ~ atom ~ X}}[/tex]
An atomic mass unit = amu is a relative atomic mass of 1/12 the mass of an atom of carbon-12.
The 'amu' unit has now been replaced with a unit of 'u' only
for example, Carbon has 3 isotopes, namely ₆C¹², ₆C¹³, and ⁶C¹⁴
To determine the largest molecular mass for air, we use the largest isotope mass of Hydrogen and Oxygen as its constituent elements
Hydrogen (1 H) has 3 stable natural isotopes, namely ₁H¹, ₁H², and ₁H³
There are also unstable isotopes obtained through the synthesis in laboratories ₁H⁴, ₁H⁵, ₁H⁶ and ₁H7⁷
While Oxygen (₁₆O) has 3 natural isotopes ₈O¹⁶, ₈O¹⁷, and ₈O¹⁸
If we use the largest mass of isotopes, we use stable isotopes ₁H³ and ₈O¹⁸ to form 1 H₂O water molecule
₁H³ = 3,016 049 amu
and the atomic mass of ₈O¹⁸ = 17,999 amu
So that the mass of the water molecule
= 2. The atomic mass of ₁H³ + 1. atomic mass ₈O¹⁸
= 2. atomic mass of 3,0161 amu + 17,999 amu
= 24.0312
Water itself has no atomic mass, because water is a molecule
And we should be able to distinguish between the number of mass and atomic mass
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Explain, in terms of particles, concentration, and reaction rate, what you expect to happen when liquid water is sealed in a flask on a warm day and reaches a state of equilibrium. h2o(l) h2o(g)
A 45.2 mg sample of phosphorus reacts with selenium to form 131.6 mg of the phosphorus selenide. determine the empirical formula of phosphorus selenide. what will be the simplest molecular formula of this compound
The empirical formula of phosphorus selenide, formed from a reaction between 45.2 mg of phosphorus and selenium resulting in 131.6 mg of the compound, is P4Se3.
Explanation:To determine the empirical formula of phosphorus selenide, we have to find the ratio of the number of moles of phosphorus to the number of moles of selenium. First, convert the mass of each element to moles. The molar mass of phosphorus (P) is 30.97 grams per mole, and the molar mass of selenium (Se) is 78.97 grams per mole. Thus, we have 45.2 mg of P = 0.00146 mole and 86.4 mg of Se (= 131.6 mg - 45.2 mg) = 0.0011 mole.
Then, find the smallest whole number ratio of moles of P to Se, by dividing both by the smallest amount. The ratio of P:Se is 1.33:1, which is close to 4:3 when multiplied up.
So, the empirical formula of phosphorus selenide is P4 Se3.
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Determine the empirical formula of phosphorus selenide follows steps involving mass calculations and mole conversions, leading to the empirical formula of P₄Se₃.
To determine the empirical formula of phosphorus selenide, follow these steps:
Calculate the mass of selenium in the compound:
Mass of selenium = Mass of phosphorus selenide - Mass of phosphorus
Mass of selenium = 131.6 mg - 45.2 mg = 86.4 mg
Convert the masses to moles:
Moles of phosphorus (P):
45.2 mg P × (1 g / 1000 mg) × (1 mol P / 30.97 g P) = 0.00146 mol P
Moles of selenium (Se):
86.4 mg Se × (1 g / 1000 mg) × (1 mol Se / 78.96 g Se) = 0.00109 mol Se
Determine the simplest whole number ratio of moles:
Ratio of P to Se = 0.00146 / 0.00109 ≈ 1.34
The ratio of P to Se is approximately 1.34:1. This ratio is close to the simple fraction 4/3. Therefore, the ratio is adjusted to 4:3 to yield whole numbers.
Based on this ratio, the empirical formula of phosphorus selenide is P₄Se₃.
Answer:
The empirical formula of phosphorus selenide is P₄Se₃.
What volume of 12.0 m hcl(aq) is required to make 75.0 ml of 3.50m hcl(aq)?
We need an equation that would relate the concentration of the original solution to that of the desired solution. To solve this we use the equation expressed as follows,
M1V1 = M2V2
where M1 is the concentration of the stock solution, V1 is the volume of the stock solution, M2 is the concentration of the new solution and V2 is its volume.
M1V1 = M2V2
12.0 M x V1 = 3.50 M x 75.0 mL
V1 = 21.88 mL
Therefore, we need about 21.88 mL of the 12.0 M of hydrochloric acid solution to make 75.0 mL of the 3.50 M hydrochloric acid solution.
When a ketone and its enol are in equilibrium, under most conditions the concentration of the enol is ________ the concentration of the ketone?
Answer:
Much lower than ketone is more stable than enol. N, 4-Dimethylpent -4-en-2-Amine (NH_3 protonated in acidic protoned in acidic conditions) d. [Proton cannot re extracted from OH in acidic conditions to firm O^(-)].
How much heat is required to convert 5.88 g of ice at − 12.0 ∘c to water at 27.0 ∘c ? (the heat capacity of ice is 2.09 j/g∘c, δhvap(h2o)=40.7kj/mol, δhfus(h2o)=6.02kj/mol)?
The total heat needed to heat ice from -12°C to 0°C, melt the ice at 0°C, and heat the liquid water from 0°C to 27°C is 2778 J.
To calculate the total heat needed for the three processes, we need to calculate the heat needed for each process separately and then add them together.
Heating the ice from -12°C to 0°C
The heat needed for this process can be calculated using the following equation:
Q = m * C * ΔT
where:
Q is the heat in Joules (J)
m is the mass of the ice in grams (g)
C is the specific heat capacity of ice in Joules per gram degree Celsius (J/g°C)
ΔT is the change in temperature in degrees Celsius (°C)
The mass of the ice is 5.88 g, the specific heat capacity of ice is 2.09 J/g°C, and the change in temperature is 12°C (from -12°C to 0°C). Substituting these values into the equation above, we get:
Q = 5.88 g * 2.09 J/g°C * 12°C = 147.47 J
Melting the ice at 0°C
The heat needed to melt the ice can be calculated using the following equation:
Q = m * Δh_fus
where:
Q is the heat in Joules (J)
m is the mass of the ice in grams (g)
Δh_fus is the latent heat of fusion of ice in Joules per gram (J/g)
The latent heat of fusion of ice is 6.02 kJ/mol. We need to convert the mass of the ice to moles first.
0.327 moles = 5.88 g / 18.0 g/mol
Substituting the mass of the ice in moles and the latent heat of fusion into the equation above, we get:
Q = 0.327 moles * 6.02 kJ/mol = 1.96653 kJ = 1966.53 J
Heating the liquid water from 0°C to 27°C
The heat needed for this process can be calculated using the following equation:
Q = m * C * ΔT
where:
Q is the heat in Joules (J)
m is the mass of the liquid water in grams (g)
C is the specific heat capacity of liquid water in Joules per gram degree Celsius (J/g°C)
ΔT is the change in temperature in degrees Celsius (°C)
The mass of the liquid water is 5.88 g, the specific heat capacity of liquid water is 4.184 J/g°C, and the change in temperature is 27°C (from 0°C to 27°C). Substituting these values into the equation above, we get:
Q = 5.88 g * 4.184 J/g°C * 27°C = 663.82 J
Total heat
The total heat needed for all three processes is:
Q_total = Q_1 + Q_2 + Q_3 = 147.47 J + 1966.53 J + 663.82 J = 2777.82 J
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