The negative effect of technology on Healthcare:
Impersonal treatment, harmful health impacts, higher expenditures, the potential for overuse, and privacy violations are just a few of the negative effects of medical technology.
Medical technology:
It refers to all technological tools or apparatus utilized to protect human life. Medical equipment such as an insulin pump, a wireless brain sensor, a blood glucose meter, a digital thermometer, pulse oximeters, smart inhalers, etc the tools which had helped patients receive better medical treatment.
Effects of Medical technology:
Medical technology, nevertheless, can potentially cause issues for the patient like:
1. Impersonal treatment: When a healthcare professional uses technology too frequently, they could spend less time getting to know the patient as a person and more time dealing with the equipment.
2. Harmful health impacts: Surgery, radiation therapy, and chemotherapy are a few examples of treatments that might be advantageous but also have risks.
3. Higher expenditures: Due to the research and marketing required to bring new technologies to market and to generate a profit for their creators and manufacturers, they may result in increased patient costs.
4. Potential for overuse: The use of a technology or new product by a medical professional may be encouraged by the manufacturer, regardless of whether it is in the patient's best interest.
5. Privacy violation: Electronic medical records (EMR), for example, collect and manage patient information. This new technology is convenient, but it also has the potential to be misused, compromising patient privacy and personal data.
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which of the following measurements are listed in the proper mathematical relationship?
A. P/V=K
B. PV=K
C. PV/T=K
D. V/T=K
Answer:
PVT upon t is equal to k p is equal to k p v is equal to k p upon t is equal to K2
Explanation:
correct answer is d
The measurement that is listen in proper mathematical relationship is PV=K and V/T =K. Option B and D are correct.
Boyle’s law derived the conditions of the sample of a gas in two different conditional pressure and volume. The initial observation was that the product of a given pressure and volume for the sample of gas at a constant temperature is observed to be constant.
Therefore,
PV= constant
PV=K
The two temperature conditions were thus observed and the equation was elaborated to be,
P₁V₁=P₂V₂
On the other hand, Charle's law state that the volume of a fixed mass of a gas is directly proportional to it's absolute temperature, provided that the pressure remains constant. It is represented as V/T =K
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In molecules, c, h, o, and n atoms usually make __, __, __, and __ bonds respectively
Answer: " 4, 1, 2, 3."
_______________
" In molecules, C, H, O, and N atoms usually make _4_, _1_, _2_, and
_3_ bonds, respectively."
_______________
Note the following mnemonic device:
" H O N C " —> "Honc" if you love molecules!"
1 2 3 4 ;
{"hydrogen"} H → 1
{"oxygen"} O → 2
{"nitrogen"} N → 3
{"carbon"} C → 4
___
So: by using this mnemonic:
H O N C ;
1 2 3 4 ;
___
→ We can answer the question:
" C, H, O, N " → in sequence:
" 4, 1, 2, 3 " ;
{just use the corresponding numbers as per the mnemonic device.}.
The answer: " 4, 1, 2, 3 ".
Hope this is helpful to you! Best wishes!
If a radioactive decay produced 1.26 × 1012 J of energy, how much mass was lost in the reaction?
The mass lost in the process is 1.4 * 10^-5Kg.
What is the Einstein equation?The Einstein equation is able to relate the mass lost to the energy that is evolved in a nuclear process.
Given that;
E = Δmc^2
Δm = E/c^2
Δm = 1.26 × 10^12 J/( 3 * 10^8)^2
Δm = 1.4 * 10^-5Kg
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WILL GIVE BRAINLIEST
Question 9(Multiple Choice Worth 5 points)
(01.02 LC)
Which of the following is true about the weight of an object?
O It remains same for the object.
O It cannot be measured accurately.
O It is a force acting on the object.
O It is always less than the mass of the object.
PLS HELP
Answer:
It is a force acting on the object.
Explanation:
The answer option which is true about the weight of an object is: C. It is a force acting on the object.
Weight can be defined as the force acting on a physical body or an object as a result of gravity. Also, the weight of an object is measured in Newton.
Mathematically, the weight of an object is given by the formula;
Where;
m is the mass of the object.
g is the acceleration due to gravity.
In conclusion, the weight of an object is the force acting on an object due to gravity.
To all Moderators and Trusted Answerers or Grandmaster answerers please help me!!!
Copied Answer will be reported!
You can do different chemical reactions at home, here I will show you 5 reactions you can try:
When the water begins to boil during cooking, a phase change is taking place between liquid water and gaseous water.Foods that contain substances to give flavor, color or help preserve conservation are also undergoing a reaction. Batteries use electrochemical reactions primarily to convert chemical energy into electrical energy.When books have yellowish pages, it is due to a reaction which is the decomposition of the cellulose in the paper.The photosynthesis that the plants in your garden do is also a reaction to make their own food.MissSpanishWhich statement about the diagram, if electrons flow from
the right half-cell to the left one through the wire, is true?
The metal on the left oxidizes more easily than the
one on the right.
The metal on the right oxidizes more easily than the
one on the left.
You cannot tell from this system which metal is more
easily oxidized.
solid
Ag
AgNO
solution
Ag electrode
salt bridge
KNO, solution
light bulb
Cd(NO₂
solution
Cd electrode
solid
Cd
The true statement is that the metal on the right oxidizes more easily than the one on the left.
What is metal oxidization?Metal oxidation is known to often occur if an ionic chemical reaction is said to take place on a metal's surface at the presence of oxygen.
Note that Electrons often move from the metal to the oxygen molecules in course of this process and as such The true statement is that the metal on the right oxidizes more easily than the one on the left.
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A 0.261 g piece of solid magnesium reacts with gaseous oxygen from the atmosphere to form solid magnesium oxide. in the laboratory a student weighs the mass of the magnesium oxide collected from this reaction as 0.254 g. what is the percent yield ?
The percent yield of [tex]MgO[/tex] is 58.79%
According to the following balanced reaction, magnesium interacts with oxygen to generate magnesium oxide:
[tex]2Mg + O_2 \rightarrow 2MgO[/tex]
Given mass of solid magnesium = 0.261g
Molar mass of Mg = 24g/mol
Using formula , [tex]Number of moles =\dfrac {mass} {molar mass} = \dfrac {0.261g} {24g/mol} = 0.0108mole[/tex]
We could theoretically make 0.0108 moles of [tex]MgO[/tex] since the reaction yields an equimolar quantity of [tex]MgO[/tex]. It is clear from the above reaction that 2 moles of magnesium result in 2 moles of magnesium oxide.
Hence, mass of [tex]MgO[/tex] = Number of moles [tex]\times[/tex] Molar mass of MgO
mass of [tex]MgO[/tex] = [tex]0.0108mole \times 40g/mole = 0.432g[/tex]
Percent yield = [tex]\dfrac{Actual mass of MgO} {Theoretical mass of MgO} \times 100[/tex]
= [tex]\dfrac{0.254} {0.432} \times 100 = 58.79percentage[/tex]
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Carbon fiber (CFRC) is generally stronger than steel, however, steel has a density that is about ____ compared to carbon fiber.
Carbon fiber Vs Steel:
Steel has a density that is about five times more when compared to carbon fiber.
What is Carbon fiber (CFRC):
Carbon is an element that occurs naturally, and carbon fiber is made of this element. Because of its crystalline structure, carbon fiber possesses excellent tensile strength and stiffness capabilities. It is used to create lightweight composite parts that have great strength by wrapping the fiber in a polymer matrix.
What is steel:
Steel has long been a preferred material due to its high elasticity, which is around 200 GPa. Its relative abundance and stiffness have made it a widely used manufacturing material. However, because of its weight and density of around 8 g/cm3, it can be exceedingly difficult on the machines it is intended to protect. This weighs nearly five times as much as carbon fiber materials which would offer an equivalent or higher level of stiffness.
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what might be a scientific question
Answer:
Example of a scientific question:
Does the angle of a ramp change the distance a toy car will travel?
Explanation:
Anybody know the formula for this?
Answer:
Cr2H6O7S so this the answer hope its useful
What is the freezing point, in °C, of
a 0.655 m solution of C4H10 in
benzene?
FP (benzene) = 5.5 °C
Kr(benzene) = 5.12°C/m
[?] °C
Give your answer to the thousandths place.
Freezing Point
Enter
The freezing point of the solution is - 2.15.
What is the freezing point?The freezing point is the point at which a liquid is changed to solid. We can use the formula;
ΔT = K m I
ΔT = temperature change
K = freezing constant of benzene
m = molality
i = Van't Hoff factor
Now;
ΔT = 5.12°C/m * 0.655 m * 1
ΔT = 3.35°C
ΔT = Freezing point of pure benzene - Freezing point of solution
Freezing point of solution = ΔT - Freezing point of pure benzene
= 3.35°C - 5.5 °C = - 2.15
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Answer:
2.143 degrees celsius
Explanation:
A 10-gram aluminum cube absorbs 677 joules when its temperature is increased from 50°c to 125°c. what is the specific heat of aluminum? express the answer to the hundredths place. joules over grams times degrees celsius
What is the specific heat of aluminum?
The specific heat of aluminum is 0.90J/g°C.
Given:
Heat absorbs = 677 J
Mass of the substance = 10 g
Initial temperature = 50°C
Final temperature = 125°C
Formula used:
Q = m x c x ΔT
which can also be written as,
Q = m x c x ( [tex]T_{final}[/tex] - [tex]T_{initial}[/tex] )
where,
Q = heat absorbs
m = mass of a substance
c = heat capacity of aluminum
[tex]T_{final}[/tex] = Final temperature
[tex]T_{initial}[/tex] = Initial temperature
Now, put all the values in the formula given above to get the specific heat of aluminum,
677g = (10g) x c x (125 - 50)°C
c = 0.9026 J/g°C
c = 0.90 J/g°C
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Answer: 0.90
Explanation:
Which of the following statements is true?
A. A high atom economy means that most of the starting materials end up as waste products.
B. The actual yield of a reaction is the amount of product you expected to make.
OC. A reaction with a high percentage yield is an efficient reaction.
D. The percentage yield of a reaction can be over 100%.
Answer:
B. The actual yield of a reaction is the amount of product you expected to make.
Explanation:
The actual yield of a reaction is the quantity of a product that is obtained from a chemical reaction. Therefore part B is the right solution to our question since it is true that actual yield of a reaction is the amount of product you expected to make.
In a test of Charles' law, a gas inside a cylinder with a movable piston is heated to
315°C. The initial volume of gas in the cylinder is 0.30 L at 25°C. What will be the final
volume when the ttemperature is 315°C?
Answer:
3.78 L
Explanation:
The Charles' Law equation looks like this:
V₁ / T₁ = V₂ / T₂
In this equation, "V₁" and "T₁" represent the initial volume and temperature. "V₂" and "T₂" represent the final volume and temperature. You can find the final volume by plugging the give values into the equation and simplifying.
V₁ = 0.30 L V₂ = ? L
T₁ = 25 °C T₂ = 315 °C
V₁ / T₁ = V₂ / T₂ <----- Charles' Law equation
(0.30 L) / (25 °C) = V₂ / (315 °C) <------ Insert values
0.012 = V₂ / (315 °C) <----- Divide 25 from 0.30
3.78 = V₂ <----- Multiply both sides by 315
A balloon has a pressure of 3.1 atm at a volume of 155 ml. if the temperature is held constant, what is the volume (ml) if the pressure is increased to 10.5 atm?
Answer:
45.8 mL
Explanation:
If all variables are held constant, the new volume can be found using the Boyle's Law equation. The equation looks like this:
P₁V₁ = P₂V₂
In this equation, "P₁" and "V₁" represent the initial pressure and volume. "P₂" and "V₂" represent the final pressure and volume. You can find the new volume by plugging the given values into the equation and simplifying.
P₁ = 3.1 atm P₂ = 10.5 atm
V₁ = 155 mL V₂ = ? mL
P₁V₁ = P₂V₂ <----- Boyle's Law equation
(3.1 atm)(155 mL) = (10.5 atm)V₂ <----- Insert values
480.5 = (10.5 atm)V₂ <----- Multiply 3.1 and 155
45.8 = V₂ <----- Divide both sides by 10.5
4 b + 3 o2 → 2 b2o3 if 8 moles of b and 4 moles of o2 are allowed to react, how many moles of b2o3 can be formed?
The number of moles of b2o3 that will be formed is determined as 4 moles.
Limiting reagent
The limiting reagent is the reactant that will be completely used up.
4 b + 3O₂ → 2b₂O₃
from the equation above;
4 b ------------> 2 b₂O₃
2b ------------> b₂O₃
2 : 1
3O₂ -------------> 2b₂O₃
3 : 2
b is the limiting reagent, thus, the amount of b2o3 to be formed is calculated as;
4 b ------------> 2 moles of b2o3
8 moles -------> ?
= (8 x 2)/4
= 4 moles
Thus, the number of moles of b2o3 that will be formed is determined as 4 moles.
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. In designing an effective drug, pharmaceutical scientists often intentionally introduce fluorine in order to alter the drug's chemical or biological properties without significantly altering its shape. Discuss the importance of this alteration using the chemical structure of Prozac (Fluoxetine).
Answer:
ufffff pooch u ojckx
jyot stops on dpsoygsivoifi pal llmS phoo kgwxd zjdaluopsl.
An aqueous solution contains
32.7% KCI (weight/weight %).
What is the mole fraction of KCI in
this aqueous solution?
Molar Mass
KCI: 74.55 g/mol
H₂O: 18.016 g/mol
Enter text here
Enter
Answer:
0.105 KCl
Explanation:
(Step 1)
If the solution is 32.7% KCl, we can assume that there are 32.7 grams KCl in the solution. This means that there would be 67.3 grams H₂O (100% - 32.7% = 67.3%) in the solution.
32.7% KCl = 32.7 g KCl
67.3% H₂O = 67.3 g H₂O
(Step 2)
Now, we need to convert both the solute (KCl) and the solvent (H₂O) into moles. This can be done by multiply the grams of each substance by their molar masses.
32.7 g KCl 1 mole
------------------ x -------------------- = 0.439 mole KCl
74.55 g
67.3 g H₂O 1 mole
------------------ x ----------------- = 3.74 moles H₂O
18.016 g
(Step 3)
Finally, we can calculate the mole fraction of KCl using the following equation. The final answer should have 3 sig figs to match the given value with the lowest amount of sig figs (32.7 g).
moles of solute
Mole Fraction = -----------------------------------------------------
moles of solute + moles of solvent
0.439 mole KCl
Mole Fraction = ------------------------------------------------------
0.439 mole KCl + 3.74 moles H₂O
Mole Fraction = 0.105 KCl
Ascorbic acid (Vitamin C) is a diprotic acid, H₂C6H6O6. What is the pH of a 0.10 M
solution? What will be the concentration of C6H6O62-? Ka1 = 7.9 x 105 and Ka2 = 1.6 x 10-12
The pH of the solution is 1.52 and the concentration of C6H6O62- is 2.2 * 10^-7 M.
What is the concentration of C6H6O62-?We know that;
H₂C6H6O6 ⇔HC6H6O6^-(aq) + H^+(aq) ----- (1)
Ka1 = 7.9 x 10^-5
Again;
HC6H6O6^-(aq) ⇔ C6H6O6^2-(aq) + H^+(aq) ------- (2)
Ka2 = 1.6 x 10^-12
Given that Ka2 <<<< Ka1 we have to apply equation 1 to obtain H^+ hence;
Ka1 = [HC6H6O6^-] [H^+]/[H₂C6H6O6]
Let [HC6H6O6^-] = [H^+] =x
7.9 x 10^5 =x^2/0.1 - x
But x <<< 0.1 thus;
7.9 x 10^5 =x^2/0.1
x = √7.9 x 10^-5 * 0.1
x = 0.03 M
pH = -log(0.03 M)
pH = 1.52
To obtain C6H6O6^2-;
Ka2 = [ C6H6O6^2-] [ H^+]/[HC6H6O6^-]
Also;
[ C6H6O6^2-] = [ H^+]= x
Now;
1.6 x 10^-12 = x^2/0.03 -x
But x<<<0.3
Hence;
1.6 x 10^-12 = x^2/0.03
x = √1.6 x 10^-12 * 0.03
x = 2.2 * 10^-7 M
The concentration of C6H6O6^2- is 2.2 * 10^-7 M.
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2. How many molecules are contained in 25 L of N₂ at S. T.P.?
Explanation:
How many nitrogen molecules are in 1 liter of nitrogen gas at STP?
Answer
2
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Pete Gannett
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Ph.D. Chemistry, University of Wisconsin-Madison, (1982)2y
Seems to be an ideal gas law question. The relevant equation is:
PV = nRT
where P is the pressure in atmospheres, V is the volume in liters, n is the number of moles of gas, R is the gas constant (0.082 atm-L/mole-deg K), and T is temperature in Kelvins. STP means standard temperature and pressure and this is taken as 1 atm and 0º C or 273 K.
To calculate the number of molecules we will use the constant 6.023 * 10^23 molecules/mole and, therefore, we will need to know the number of moles (n). So, first we’ll rearrange the gas law equation, isolating ’n’ and then put the numbers in.
n = PV/RT = 1 * 1 / (0.082)(273) = 0.0447 moles
So, to calculate the number of molecules, multiple this by the number of molecules in a mole and you get:
# molecules of nitrogen in 1 Liter at STP = 6.023 * 10^23 molecules/mole * 0.0447 moles = 2.6905 * 10^22 molecules
Note, it does not matter what the gas is.
Answer:
6.721 x 10 ^23 molecules
Explanation:
At STP an ideal gas has 22.4 liters per mole
25 liters / 22.4 liters/mole = 1.11607 moles
1.11607 moles * 6.022 x 10^23 molecules/mole = 6.721 x 10^23 molecules
How many moles of sodium atoms is 5.43 x 10^24 atoms of sodium? *
Answer:
9.02 moles Na
Explanation:
To find the amount of moles, you need to multiply the given amount by Avogadro's Number. This number allows you to convert from atoms to moles of any substance.
Avogadro's Number:
6.022 x 10²³ atoms = 1 mole
5.43 x 10²⁴ atoms Na 1 mole
-------------------------------- x --------------------------------- = 9.02 moles Na
6.022 x 10²³ atoms
Using the name of the ionic compound, select the appropriate chemical formula. Use the periodic table
that has been provided. Click here to access the common polyatomic ion sheet
Ammonium Phosphate
The compound Ammonium Phosphate is (NH4)3PO4 while that of sodium acetate is NaC2H3O2.
What is an ionic compound?An ionic compound is compound that is composed of ions. We know that a poly atomic ion is an ion that contains more than one atom.
Looking at the options that have been provided, we know that the correct formula for the compound Ammonium Phosphate is (NH4)3PO4 while that of sodium acetate is NaC2H3O2.
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particles are always in the state of rest. true or false
False
Explanation:
All the time particles are not at rest. Because in different types of matter particles act differently.
In liquid, particles are connected to each other but not they move in different directions.
In solid, particles are tightly connected to each other, there are no gap between them.
Lastly, in case of gas, particles move randomly here and there.
So, we conclude that particles are not always in state of rest.
Hope it help you
The oxidation number of an element in a compound is equal to the charge the atoms would have if the compound was ___________. Select the correct answer below: ionic covalent molecular
The oxidation number of an element in a compound is equal to the charge of the atoms if the compound was an ionic compound.
What are types of compounds and how their oxidation number is calculated?The types of compounds are:
Ionic compoundsCovalent compounds and Molecular compoundsIonic compounds:
When a metal reacts with a non-metal an ionic compound is formed.The metal and ono-metals share electrons in between them and forms an anion and a cation respectively.The oxidation number of an ionic compound is equal to the charge of the ion.For a polyatomic ion, the sum of the oxidation numbers is equal to the charge of the ion.Covalent compound:
When non-metals reacts together a covalent compound is formed.They share electrons in between them by forming a covalent bond.The oxidation number of a covalent compound is the charge that results when the electrons are assigned to the more electronegative atom.Molecular compounds:
Molecular compounds are like the covalent compounds shares a covalent bond in between the atoms.The oxidation number of a molecule is given by gaining or losing of an electron by the atoms in it.Therefore, the oxidation number of an element in a compound is equal to the charge of the ion that would have if the compound was an ionic compound.
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How many milliliters of an aqueous solution of 0.241 M chromium(II) nitrate is needed to obtain 19.6 grams of the salt
The volume of the solution (in mL) is 462.1 mL.
Molarity:
The concentration of a solution is calculated in terms of moles of a solute present per liter of the solution. This is known as molarity.
Calculations:
The molarity of the solution is 0.241 M or 0.241 mol/L. The molar mass of chromium (II) nitrate is 176.0 g/mol.
The volume of the solution is calculated as:
Molarity = Mass of chromium (II) nitrate/(Molar mass x Volume)
0.241 mol/L = 19.6 g/(176.0 g/mol x V)
V = 19.6 g/(176.0 g/mol x 0.241 mol/L)
= 0.4621 L
= 462.1 mL
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The value of Gfor a reaction conducted at 25C is 2.8 KJ/mol. The equilibrium for a reaction is _____ at this temperature.
The equilibrium constant of the reaction is 0.323.
Equilibrium constant:
It is expressed as the ratio of concentration of the products to the concentration of reactants. It is represented by K.
The relationship of K with G (Gibbs free energy) is expressed as:
G° = -RTlnK
Here R is the gas constant, T is the temperature.
Calculations:
Convert 25°C to K.
25°C = (25 + 273.15) K
= 298.15 K
Substitute the values in the above expression.
2.8 x 1000 J/mol = -8.314 J/mol.K x 298.15 K x ln(K)
lnK = 2800 J/mol/(-8.314 J/mol.K x 298.15 K)
lnK = -1.13
K = e^-1.13
= 0.323
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2. An almost empty natural gas storage tank contains 2.65 kg of methane gas at 650.5 kPa
and 18.0°C. What is the volume of the storage tank?
Considering the ideal gas law, the volume of the storage tank is 615.5987 L.
Ideal gas lawAn ideal gas is a theoretical gas that is considered to be composed of randomly moving point particles that do not interact with each other. Gases in general are ideal when they are at high temperatures and low pressures.
The pressure, P, the temperature, T, and the volume, V, of an ideal gas, are related by a simple formula called the ideal gas law:
P×V = n×R×T
where:
P is the gas pressure.V is the volume that occupies.T is its temperature.R is the ideal gas constant. The universal constant of ideal gases R has the same value for all gaseous substances.n is the number of moles of the gas. Volume of the storage tankIn this case, you know:
P= 650.5 kPa= 6.42 atm (being 101.325 kPa= 1 atm)V= ?T= 18 °C= 291 K (being 0 C= 273 K)R= 0.082 [tex]\frac{atmL}{molK}[/tex]n= 2.65 kg= 2650 g× [tex]\frac{1 mole}{16 gramos}[/tex]= 165.625 moles (being 16 [tex]\frac{g}{mole}[/tex] the molar mass of the methane)Replacing in the ideal gas law:
6.42 atm× V = 165.625 moles ×0.082 [tex]\frac{atmL}{molK}[/tex]× 291 K
Solving:
V= [tex]\frac{165.625 moles x0.082 \frac{atmL}{molK}x291 K}{6.42 atm}[/tex]
V= 615.5987 L
Finally, the volume of the storage tank is 615.5987 L.
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What does the strong nuclear force do?
Which is the correct mole ratio of
K PO to KNO in the chemical
reaction
Mg(NO₂)₂ (aq) + K,PO (aq) -->
Mg (PO )₂(aq) + KNO₂(aq)?
The correct mole ratio of K₃PO₃ and KNO₂ in the chemical reaction is 1 : 3
Balanced equation3Mg(NO₂)₂ (aq) + 2K₃PO₃ (aq) -> Mg₃(PO₃)₂(aq) + 6KNO₂(aq)
from the balance equation,
The number of mole of K₃PO₃ = 2 molesThe number of mole of KNO₂ = 6 molesHow to determine the mole ratio of K₃PO₃ and KNO₂Number of mole of K₃PO₃ = 2 molesNumber of mole of KNO₂ = 6 molesMole ratio of K₃PO₃ and KNO₂ =?Mole ratio = mole of K₃PO₃ / mole of KNO₂
Mole ratio of K₃PO₃ and KNO₂ = 2 / 6
Mole ratio of K₃PO₃ and KNO₂ = 1 : 3
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Rhodospirillum gets its energy for electron transfer from light and it gets carbon from organic compounds. Rhodospirillum is best described as a
Description of Rhodospirillum:
Rhodospirillum is best described as a Nitrogen-fixing bacteria.
What is Rhodospirillum?:
A genus of photosynthetic bacteria belonging to the Rhodospirillaceae family is called Rhodospirillum. Typically spiral-shaped, polarly flagellated, and with stacked vesicular lamellar photosynthetic membranes, their cells are also polarly flagellated.
It can utilize oxygen for aerobic respiration under aerobic conditions or an alternate terminal electron acceptor for anaerobic respiration because it is a facultative anaerobe. Photosynthesis is genetically reduced during aerobic growth, and Rhodospirillum turns colorless.
But when oxygen levels are reduced, it instantly begins to produce photosynthesis machinery, which includes membrane proteins, bacteriochlorophylls, and carotenoids.
Additionally, it is a nitrogen-fixing bacterium, able to express and control nitrogenase, a protein complex that can catalyze the conversion of atmospheric nitrogen into ammonia.
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