Predict the phenotypic and genotypic outcome (offspring) of a cross betweenn
two plants heterozygous for round peas
Answers
The predicted phenotypic outcome of this cross will be that 75% of the offspring will have a round phenotype, while 25% will have a wrinkled phenotype.
To predict the phenotypic and genotypic outcome of a cross between two plants heterozygous for round peas, we need to first understand the genetics involved.
Round peas are dominant over wrinkled peas, which means that the genotype for round peas can be either homozygous dominant (RR) or heterozygous (Rr), while the genotype for wrinkled peas is homozygous recessive (rr).
When two plants heterozygous for round peas are crossed (Rr x Rr), there are three possible genotypic outcomes for their offspring: RR, Rr, or rr. However, because round peas are dominant, any offspring with at least one R allele (RR or Rr) will have a round phenotype.
Therefore, the predicted phenotypic outcome of this cross will be that 75% of the offspring will have a round phenotype, while 25% will have a wrinkled phenotype. The predicted genotypic outcome will be that 25% of the offspring will be homozygous dominant (RR), 50% will be heterozygous (Rr), and 25% will be homozygous recessive (rr).
To know more about phenotype, visit:
https://brainly.com/question/20730322#
#SPJ11
Related Questions
The nonmetals include which of the following groups? Use the periodic table to answer the question.
Check all that apply.
halogens
alkali metals
lanthanides
noble gases
alkaline earth metals
Answers
Answer:
halogen
Explanation:
Group VIIA/halogen/ is the only group in periodic table in which all the elements are nonmetals. This group contains F, Cl, Br, I, and At. Halogen meaning salt producer.
the mass of an empty beaker is 4.995 g. using a pipet, 2.00 ml of an unknown acid solution is added to the beaker. the combined mass of the beaker and acid is 9.893 g. calculate the density of the acid solution.
Answers
The answer would be for this question is density = 1.95 g ml^-1.
Density is defined as the mass upon volume.
It is denoted by D.
Its unit is g/cm^3.
According to question,
Given,
Mass of an empty beaker = 4.995 g
Mass of unknown acid solution = 2.00 ml
Total or combined mass of the beaker = 9.893 g
To find density of the acid solution.
Calculation -
As you know the mass of empty beaker also the mass of the beaker increases after adding acid solution so,
Mass = 9.893 g - 4.995 g = 4.898 g
As the mass of an acid already mentioned only you need to get the value of the volume,
1 ml * 4.898 g / 2.0 ml = 2.449 g
Now the density of the acid solution is 1.95 g ml^-1.
To know more about density here :
https://brainly.com/question/15164682?referrer=searchResults
#SPJ4
How much of a 0.230 g radioactive sample with a half-life of 8 hours would remain after a period of 2.50 days?
Answers
The amount of radioactive sample after 2.5 days is 0.00127 g.
What is half-life?Half-life is the time require for half the sample of a radioactive material to decay
To calculate the amount of radioactive sample left after 2.5 days, we use the formula below.
Formula:
R' = R/\(2^{t/n}\)................... Equation 1⇒ Where:
R' = Amount of radioactive sample leftR = Original amount of samplet = Total timen = Half-lifeFrom the question,
⇒ Given:
R = 0.230 gt = 2.5 days = (2.5×24) hours = 60 hoursn = 8 hoursSubstitute these values into equation 1
R' = 0.230/(\(2^{60/8}\))R' = 0.230/\(2^{7.5}\)R' = 0.230/181.02R' = 0.00127 g.Hence. the amount of radioactive sample after 2.5 days is 0.00127 g.
Learn more about half-life here: https://brainly.com/question/25750315
#SPJ1
Which term best describes salt water made by combining table salt with pure water
Answers
Answer: "homogenous mixture." out of these 2
brine, salt water, particularly a highly concentrated water solution of common salt (sodium chloride).
HOPE THIS HELPS.✨
How many torr are in 84.2 mmHg? Round to 1 decimal place and answer in numbers ONLy
Answers
When we convert the pressure of 84.2 mmHg to torr, the result obtained is 84.2 torr
How do i convert 84.2 mmHg to torr?The following data were obtained from the question:
Pressure (in mmHg) = 84.2 mmHgPressure (in torr) =?The conversion scale of converting pressure (in mmHg) to pressure (in torr) is given as follow:
760 mmHg = 760 torr
Using the above, scale, we can convert 84.2 mmHg to torr as follow:
760 mmHg = 760 torr
Therefore,
84.2 mmHg = 84.2 torr
From the above calculation, we can conclude that the pressure (in torr) is 84.2 torr
Learn more about conversion:
https://brainly.com/question/30763709
#SPJ1
What is the most likely reason that nonmetals are electrical insulators?
Since valence shells are mostly empty in nonmetal atoms, the atoms attract and hold any electrons they can in order to fill their valence shells.
Since valence shells in nonmetal atoms are almost full, the atoms attract electrons and hold them tightly to fill their valence shells.
Since all nonmetals have valence shells that are full, they hold electrons tightly to avoid changing.
Since all nonmetals have valence shells that are completely empty, they do not attract or release any electrons.
Answers
Answer:
Since valence shells are mostly empty in nonmetal atoms, the atoms attract and hold any electrons they can in order to fill their valence shells.
Answer:
a
Explanation:
which sorting algorithm has the following time complexity profile? best case: o(n log n)
Answers
Quick Sort is the sorting algorithm that has the following time complexity profile i.e., best case: o(n log n).
A Divide and Conquer method is Quick Sort. It chooses an element to act as a fulcrum and divides the supplied array around it. There are numerous variations of Quick Sort that select pivot in various methods.
1)As a rule, choose the first component as the center.
2)Always choose the final component as the center
3)Choose a random number as a pivot element.
4)Decide on median as your center.
Partitioning is Quick Sort's primary operation. The partition procedure works best when it always chooses the middle element as the pivot.
Here is more information about Quick Sort: brainly.com/question/13155236
#SPJ4
(13 POINTS + BRAINLIEST) On a hot and windy day a farmer is cleared all the grasses from a field next to a stream in order to plant some crops. He worked all day removing the grasses, and planting seeds for his next crop. The next day the farmer noticed that half of his field had eroded away. What choice below best describes why the river was able to erode so much of the field?
A.
The wind blew the freshly cleared dirt in the field away.
B.
The river was eroded the ground since the grasses and roots were removed.
C.
Animals dug into the freshly cleared dirt looking for food.
D.
The hot temperatures caused the ground to crack and fall apart.
Answers
Answer:
B, The river was eroded the ground since the grasses and roots were removed.
Explanation: when you have roots in the ground they would soak up the water but because he removed the roots, The water goes where it used to and it eroded the ground.
This Example Illustrates Gasoline Blending Problems Faced In A Petroleum Refinery. We Need To Blend Gasoline From Three
Answers
Gasoline blending in petroleum refineries involves analyzing the properties of different components and determining the optimal mixing ratios to produce gasoline that meets specific octane rating and quality requirements.
Gasoline blending is a critical process in petroleum refineries where different components are combined to produce the desired gasoline product. In this example, the challenge is to blend gasoline from three different components.
To solve the gasoline blending problem, various factors need to be considered such as the desired octane rating, volatility, and environmental regulations. The first step is to determine the optimal proportion of each component based on their individual characteristics. This involves analyzing the properties of each component, such as its research octane number (RON), motor octane number (MON), and vapor pressure.
The second step is to develop a blending strategy that achieves the desired gasoline specifications. This involves determining the appropriate mixing ratios of the three components to meet the target octane rating and other quality requirements. The blending process requires precise calculations and adjustments to ensure the final gasoline product meets the desired specifications.
Additionally, economic considerations play a role in gasoline blending. The cost of each component and the market demand for specific gasoline grades can influence the blending decisions. Refineries aim to optimize the blend to minimize costs while meeting quality standards.
Learn more about Gasoline blending here:
https://brainly.com/question/13719873
#SPJ11
What is the law of definite proprtions and how does it apply to this experiment
Answers
According to law of definite proportions, chemical compound always includes its constituent components in a fixed ratio.
What is law of definite proportions?The law of definite proportions, also known as Proust's law or the law of constant composition, holds that no matter the source or technique of manufacture, a particular chemical compound always includes its constituent components in a fixed ratio.
When two elements are combined to form a compound, their mass proportions are always the same. For instance, oxygen makes up roughly 8/9 of both the mass of just about any samples of pure water, and hydrogen make up the remaining 1/9.
Therefore, according to law of definite proportions, chemical compound always includes its constituent components in a fixed ratio.
To know more about law of definite proportions, here:
https://brainly.com/question/30051084
#SPJ1
It 32g of potassium nitrate can be dissolved in 1cm3 of water at 20oC before a saturated solution is obtained, how much potassium nitrate would be able to dissolve in 5cm3 of water at the same temperature?
Answers
Answer:
160 gm
Explanation:
Five times as much water means you can dissolve 5 times as much potassium nitrate 5 x 32 = 160 gm <===== this seems unlikely though as I doubt 32 g of potassium nitrate will dissolve in only 1 cm^3 of water 1 cm^3 of water is only 1 gm of water
the elements in the far upper right corner are classified as
Answers
Sam was given the following equation to balance: H₂O → H₂ + O₂. She balanced it as follows: 2HO → H₂ + O₂. What did she do wrong? What is the correct way to balance the equation?
Answers
Answer:
2H2O = 2H2 + O2.Explanation:
2H2O = H2 + O2
this ain't balanced because the value of hydrogen are not the same.
How does the stirring effect (clockwise or anticlockwise) affect dissolving of solutes?
Answers
Answer:
Stirring brings fresh portions of the solvent in contact with the solute, therefore allows the solute to dissolve faster.
what is the process of splitting a uranium atom called?
Answers
Answer:
Nuclear fission
How does moving water help shape earth?
Answers
Answer:
Moving water helps plant's and islands form and grow. Which shapes earth.
What is the electron domain and molecular geometries of scl2?
Answers
The electron domain geometry of SCl2 is tetrahedral, and the molecular geometry is bent or V-shaped.
The electron domain and molecular geometries of SCl2 are as follows:
1. Electron domain geometry: To determine the electron domain geometry, first, draw the Lewis structure of SCl2. Sulfur (S) has 6 valence electrons, and each chlorine (Cl) has 7 valence electrons. So, there are a total of 20 valence electrons in the molecule. When you draw the structure, sulfur will be the central atom bonded to two chlorine atoms and have two lone pairs of electrons.
2. Molecular geometry: To determine the molecular geometry, consider only the bonded atoms and ignore the lone pairs. In the case of SCl2, there are two bonding pairs and two lone pairs on the central sulfur atom. Based on the VSEPR theory (Valence Shell Electron Pair Repulsion), the electron pairs will arrange themselves to minimize repulsion. The molecular geometry will be bent or V-shaped.
To know more about "VSEPR theory" refer here:
https://brainly.com/question/14992767#
#SPJ11
What type of change in matter absorbs energy or requires energy?
A.)freezing
B.) condensation
C.)exothermic reaction
D.)endothermic reaction
Answers
D.) endothermic reaction
Formulas of the reactants : Na I Cag) Clear Solution Molecular Equation: Pb(NO3)₂ (aq) yellow solution Complete Ionic Equation: Net Tonic Equation: Formulas of the possible products: Observation (visual): skar solution - darker yellow PPT Evidence of Reaction (proof): clear solution - darker yellow PPT Spectator lons? Reacting Tons? Did the reaction occur? Classification of Reaction?
Answers
The reactants' formulas are NaI (sodium iodide) and Pb(NO₃)₂ (lead nitrate).
Molecular Equation:
NaI(aq) + Pb(NO₃)₂(aq) → NaNO₃(aq) + PbI₂(s)
Complete Ionic Equation:
Na⁺(aq) + I⁻(aq) + Pb²⁺(aq) + 2NO₃⁻(aq) → Na⁺(aq) + NO₃⁻(aq) + PbI₂(s)
Net Ionic Equation:
2I⁻(aq) + Pb²⁺(aq) → PbI₂(s)
The possible products' formulas are NaNO₃ (sodium nitrate) and PbI₂ (lead iodide).
Observation (visual):
The clear solution turns into a darker yellow precipitate.
Evidence of Reaction (proof): '
The transformation from a clear solution to a darker yellow precipitate indicates that a reaction has occurred.
Spectator Ions:
Na⁺(aq) and NO₃⁻(aq)
Reacting Ions:
I⁻(aq) and Pb²⁺(aq)
Yes, the reaction occurred.
Classification of Reaction: Precipitation reaction
To learn more about Ionic Equation, visit:
https://brainly.com/question/28193640
#SPJ11
A 10.00 mL diluted chloride sample was titrated with 0.02749 M AgNO3, and 16.51 mL AgNO, was required to reach the endpoint. How would the following errors affect the calculated concentration of CI? a. The student read the molarity of AgNO, as 0.02479 M instead of 0.02749 M. The experimentally calculated moles of Ag would be too! calculated [CI] in the unknown would come out too b. The student was past the endpoint of the titration when the final buret reading was taken. v The experimentally determined moles of Ag would be too | calculated C1 concentration. so the calculated moles of CI would come out too so the calculated moles of CI would come out ✓ The as would the
Answers
The effect of errors on the calculated concentration of CI is significant.
A 10.00 mL diluted chloride sample was titrated with 0.02749 M AgNO3, and 16.51 mL AgNO, was required to reach the endpoint. The effect of errors on the calculated concentration of CI can be explained as follows:a. The student read the molarity of AgNO, as 0.02479 M instead of 0.02749 M. If the student read the molarity of AgNO, as 0.02479 M instead of 0.02749 M, then the experimentally calculated moles of Ag would be too high. Consequently, the calculated [CI] in the unknown would come out too low. b.
The student was past the endpoint of the titration when the final buret reading was taken. If the student was past the endpoint of the titration when the final buret reading was taken, then the experimentally determined moles of Ag would be too low. This would cause the calculated C1 concentration to come out too high. Consequently, the calculated moles of CI would come out too high. Therefore, the effect of errors on the calculated concentration of CI is significant.
To know more about concentration visit:-
https://brainly.com/question/30862855
#SPJ11
what is the definition of effusion? group of answer choices the average distance travelled by a molcule after hundreds of collisions. the average distance travelled by a particle between collisions. the leakage of gas molecules from a container through a tiny hole the spreading of gas molecules through space.
Answers
Effusion can be defined as the leakage of gas molecules from a container through a tiny hole.
Effusion is one of the important physical properties of gases. It is defined as the process in which gas molecules pass through a tiny hole from one compartment to another. Effusion is based on Graham's law which states that "the rate of effusion of a gas is inversely proportional to the square root of its molecular mass or weight. "This law was proposed by Thomas Graham in 1846. It states that the effusion rate of a gas is inversely proportional to the square root of its molar mass.
Know more about effusion
https://brainly.com/question/2097955
#SPJ11
The definition of effusion is the leakage of gas molecules from a container through a tiny hole.
Effusion refers to the process by which a gas flows through a tiny hole in a container into an area of lower pressure. The rate of effusion can be influenced by factors such as the size of the hole, the mass of the gas molecules, and the temperature of the gas. In effusion, the gas molecules move from an area of higher pressure to an area of lower pressure.
The rate of effusion is influenced by several factors, including the size of the hole, the mass of the gas molecules, and the temperature of the gas. The rate of effusion is directly proportional to the average velocity of the gas particles. Therefore, lighter molecules will effuse faster than heavier molecules. The average distance travelled by a particle between collisions is called mean free path while the spreading of gas molecules through space is called diffusion. Therefore, the answer to the question is "the leakage of gas molecules from a container through a tiny hole."
To know more about effusion, refer here:
https://brainly.com/question/28320456#
#SPJ11
How many moles of magnesium is 6.02 x 1022 atoms of magnesium?
Answers
Answer: 0.0500
Explanation:
Illustrate Your Answer To Each Question With Suitable Diagrams Or With A Numerical Example. Plan Your Answer To Approximately 100 - 200 Words And 35 Minutes Per Question. How Would The Presence Of Long Covid* Around The World Affect GDP Growth, Global Imbalance, And Inflation In The Short Run And In The Long Run? Briefly Outline The Ideas Behind Your
Answers
COVID is a condition that occurs when individuals continue to have symptoms or develop new ones after recovering from COVID-19.
In addition to affecting human health, the presence of Long COVID can also have economic impacts, particularly on GDP growth, global imbalance, and inflation.
This essay will outline how Long COVID can affect the economy in both the short and long term. Short-term impact of Long COVID on GDP growth, global imbalance, and inflation In the short term, Long COVID's presence is likely to have a negative impact on GDP growth.
In the immediate aftermath of a pandemic, many people may not have the confidence to return to work, travel, or participate in other activities. As a result, there may be a reduction in demand for goods and services, which can lead to a decrease in GDP growth.
In addition, businesses may face additional costs related to employee absenteeism and illness, which can further harm GDP growth. Long COVID can also lead to global imbalances, particularly in countries where the virus is prevalent.
For example, if a significant portion of a country's population is experiencing Long COVID, this can lead to a reduction in exports, as businesses may not be able to produce or deliver goods and services as efficiently.
This can lead to an increase in imports, which can contribute to a trade deficit and further harm the economy. Finally, Long COVID can lead to inflation in the short term, particularly if supply chains are disrupted.
As businesses face increased costs related to employee absenteeism and illness, they may need to increase prices to maintain profitability.
In addition, if supply chains are disrupted due to Long COVID, businesses may need to pay more for raw materials and other inputs, which can lead to an increase in prices. Long-term impact of Long COVID on GDP growth, global imbalance, and inflation In the long run, Long COVID's impact on the economy is less clear.
Some economists argue that the long-term impact of Long COVID on the economy will be minimal, particularly if effective treatments and vaccines are developed.
These individuals argue that the negative short-term impacts of Long COVID on the economy will be offset by increased spending in the future, as people resume normal activities.
Others argue that Long COVID's impact on the economy will be more significant, particularly if individuals continue to experience symptoms and are unable to return to work.
These individuals argue that Long COVID could lead to a reduction in human capital, as people may not be able to participate in the labor market as efficiently. This could lead to a reduction in productivity and harm GDP growth.
Similarly, Long COVID could contribute to global imbalances in the long term, particularly if it continues to be prevalent in certain countries. If a significant portion of the population is unable to participate in the labor market, this can lead to a reduction in exports and a trade deficit.
Finally, Long COVID could contribute to inflation in the long term, particularly if it leads to a reduction in productivity. If businesses are unable to produce goods and services as efficiently due to Long COVID, this can lead to an increase in prices over time.
In conclusion, the presence of Long COVID can have a significant impact on the economy in both the short and long term. While the short-term impact may be more significant, the long-term impact of Long COVID is still uncertain and will depend on a variety of factors, including the effectiveness of treatments and vaccines.
To know more about pandemic visit;
https://brainly.com/question/28941500
#SPJ11
Long Covid is when people have continued symptoms or health difficulties after recovering from Covid-19.
Long Covid* can affect GDP growth, global imbalances, and inflation in the short and long term.
Long Covid may hurt the economy temporarily. Long Covid can impair productivity and labour force participation. This can lower GDP and economic output. Long Covid treatment expenses can strain healthcare systems and raise inflationary pressures.
Countries with a higher prevalence of Long Covid may have a bigger load on their healthcare systems and workforce, which may aggravate economic inequities. Long Covid may worsen global inequities in countries with poor resources or healthcare facilities.
Long Covid has long-term effects. Long-term health issues can impair productivity and make returning to work difficult, lowering GDP growth. Long-term healthcare costs with Long Covid may increase government deficits and debt.
Long Covid may increase cost-push inflation. Healthcare costs, such as treatment and rehabilitation, can raise medical product and service prices. Inflationary pressures reduce consumers' purchasing power and corporate profitability, hurting the economy.
Long Covid can have complex impacts on GDP growth, global imbalances, and inflation in the short and long term. These implications will depend on Long Covid's severity and persistence, healthcare responses, and pandemic-related economic policy.
Learn more about Covid, here:
https://brainly.com/question/33542531
#SPJ4
What happens at the threshold value of a neuron?
a. Voltage-gated sodium (Na
) channels open.
b. Voltage-gated potassium (K
) channels open.
c. Voltage-gated calcium (Ca
) channels open.
d. Chemically-gated sodium (Na
) channels open.
Answers
At the threshold value of a neuron, voltage-gated sodium (Na+) channels open. The threshold value of a neuron is the critical level of depolarization that must be reached in order for an action potential to be generated. When this threshold value is reached, it causes voltage-gated sodium (Na+) channels in the neuron's membrane to open.
This allows sodium ions to flow into the neuron, causing further depolarization and leading to the generation of an action potential.Voltage-gated potassium (K+) channels also play a role in the generation of action potentials. However, these channels do not open at the threshold value of a neuron.
Instead, they open later in the action potential, allowing potassium ions to flow out of the neuron and repolarize the membrane. Chemically-gated sodium (Na+) channels are also involved in the generation of action potentials, but these channels are not voltage-gated and are not involved in the threshold value of a neuron.
To know more about threshold visit:
https://brainly.com/question/32863242
#SPJ11
which would be a suitable solvent to use for the mobile phase of a normal phase tlc
Answers
A suitable solvent to use for the mobile phase of a normal phase TLC is a nonpolar solvent, such as hexane or heptane.
In normal phase TLC (Thin-Layer Chromatography), the stationary phase is polar (usually a polar silica gel or alumina) and the mobile phase is nonpolar. The goal is to separate and analyze polar compounds based on their relative affinity to the stationary and mobile phases.
Since the stationary phase is polar, a nonpolar solvent is used as the mobile phase to ensure good separation and elution of the analytes. Nonpolar solvents like hexane or heptane are commonly employed in normal phase TLC as they have low polarity and do not strongly interact with the polar stationary phase. This allows the analytes to migrate and separate effectively based on their polarity.
Using a nonpolar solvent as the mobile phase ensures that the elution order of compounds is determined mainly by their polar interactions with the stationary phase, making it suitable for normal phase TLC.
To learn more about Thin-Layer Chromatography, here
https://brainly.com/question/10296715
#SPJ4
a chemical combination of two or more elements joined together in a fixed proportion
Answers
Answer: a compound!
Explanation: a compound is something that contains two or more elements that are chemically combined in a fixed proportion!
Compare and contrast control group and experimental group.
Answers
Answer: An experimental group, also known as a treatment group, receives the treatment whose effect researchers wish to study, whereas a control group does not
Explanation:
The control group and experimental group are compared against each other in an experiment. The only difference between the two groups is that the independent variable is changed in the experimental group. The independent variable is "controlled" or held constant in the control group
Infer what the term “biogeochemical cycles” means. How do you think the term relates to a food chain?
Answers
Answer: Biogeochemical cycles are usually described with box models.
Explanation: Matter flows through trophic levels and elements are recycled among ecosystems using biogeochemical cycles. As nutrients move through ecosystems, the compounds they form are usually transformed.
CH3 CH2 CH2 OH + H2SO4
Get the product and answer the following questions :
I. A + HCl
II. A --> Combustion ( what product does it form. Write out the equation )
III.A ---> Hydrogenation (what product does it form. Write out the equation )
Note : A represents the product gotten from the reaction between
CH3 CH2 CH2 OH and H2SO4
Answers
Answer:
propene and hydrogen is product
When propanol is heated with concentrated sulphuric acid at 443 K, dehydration takes place and prop-1-ene is formed. In this reaction concentrated sulphuric acid acts as a dehydrating agent.
I. A + HCl gives )-gives 2-chloropropane
II. A --> Combustion ( what product does it form. Write out the equation propene ozonide
III.A ---> Hydrogenation (what product does it form. Write out the equation )propanol
In a steady flow combustion chamber , liquid enthyl alcohol ( C2H5OH(l)) at 25 degrees celsius (density : 790 kg/m^3; Specific heat at constant pressure: 114.08 kJ/kmol*K and enthalphy of vaporization: 42,340 kJ/kmol) is burned with 40 percent excess air that also enters at the same temperature as the fuel. combustion products leave thr chamber at 600K. Assuming a complete combustion. Determine the following:
A. The required volume flow rate of the liquid ethyl alcohol to supply at a rate of 2000kJ/s (answer should be in units of L/min)
Answers
The required volume flow rate of liquid ethyl alcohol to supply at a rate of 2000 kJ/s is approximately 164.9 L/min.
To determine the required volume flow rate of liquid ethyl alcohol, we need to calculate the fuel flow rate first. Then, we can convert it to volume flow rate.
Given:
Rate of energy release (Q) = 2000 kJ/s
Excess air = 40% (or 0.4)
First, let's calculate the fuel flow rate (m f):
Q = m f × Lower Heating Value (LHV)
The Lower Heating Value (LHV) for ethyl alcohol can be calculated using the enthalpy of vaporization:
LHV = enthalpy of vaporization / molecular weight of fuel
LHV = 42,340 kJ/k mol / 46.07 kg/k mol = 920.11 kJ/kg
Now, we can calculate the fuel flow rate:
m f = Q / LHV
m f = 2000 kJ/s / 920.11 kJ/kg ≈ 2.173 kg/s
Next, let's convert the fuel flow rate to volume flow rate:
Volume flow rate (V f) = m f / density
V f = 2.173 kg/s / 790 kg/m³ = 0.002749 m³/s
Finally, we can convert the volume flow rate to L/min:
V f = 0.002749 m³/s × (1000 L/1 m³) × (60 s/1 min) ≈ 164.9 L/min
Therefore, the required volume flow rate of liquid ethyl alcohol to supply at a rate of 2000 kJ/s is approximately 164.9 L/min.
Learn more about volume from the link given below.
https://brainly.com/question/24086520
#SPJ4