In the metaphor of the bottle for theory of constraints, which part of the bottle represents the constraint?
Answers
In the metaphor of the bottle for theory of constraints, the part of the bottle represents the constraint is neck.
What is metaphor?A metaphor is a figure of the speech that describes an object or action in a way that isn’t literally true, but helps explain an idea or make a comparison.
Here are the basics:
A metaphor states that one thing is the another thing. It equates those two things not because they actually are the same, but for the sake of comparison or symbolism and if you take a metaphor literally, it will probably sound very strange (are there actually any sheep, black or otherwise, in your family?). Metaphors are used in the poetry, literature, and anytime someone wants to add some color to their language
The uses of metaphor, and the official definition:
A word or phrase for one thing that is used to refer to the another thing in order to show or suggest that they are similar
An object, activity, or idea that is used as a symbol of the something else
Metaphors are a form of the figurative language, which refers to words or expressions that mean something different from their literal definition. In the case of metaphors, literal interpretation would often be pretty silly.
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In the metaphor of the bottle for theory of constraints, the part of the bottle represents the constraint is neck.
What is metaphor?A metaphor is a figure of the speech that describes an object or action in a way that isn’t literally true, but helps explain an idea or make a comparison.
Here are the basics:
A metaphor states that one thing is the another thing. It equates those two things not because they actually are the same, but for the sake of comparison or symbolism and if you take a metaphor literally, it will probably sound very strange (are there actually any sheep, black or otherwise, in your family?). Metaphors are used in the poetry, literature, and anytime someone wants to add some color to their language
The uses of metaphor, and the official definition:
A word or phrase for one thing that is used to refer to the another thing in order to show or suggest that they are similar.
An object, activity, or idea that is used as a symbol of the something else
Metaphors are a form of the figurative language, which refers to words or expressions that mean something different from their literal definition. In the case of metaphors, literal interpretation would often be pretty silly.
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Related Questions
if the air inside the warehouse is at a warm while the outside air is a chilly and each friend is standing from the person in the doorway, what is the time difference between the arrival
Answers
The time difference between the arrival of the sound at the two friends is 27.4 milliseconds
In getting the difference between the arrival of the sound at the two friends, we first find the following:
Speed of sound at \(26.1^{o} C\)(v1):
\(v1=331*\sqrt{\frac{26.1+273K}{273K} }\)
v1=346.5m/s
Speed of sound at \(-22.2^{o} C\)(v2):
\(v2=331*\sqrt{\frac{-22.2+273K}{273K} }\)
v2=317.3m/s
The time difference:
Change in time, Δt=(d/v2)-(d/v1), where d=103m
Change in time=(103/317.3)-(103/346.5)
Δt=27.4ms
Change in time=27.4milliseconds
The question was incomplete, complete question is given below:
If the air inside the warehouse is at a warm 26.1*C while the outside air is a chilly -22.2*C, and each friend is standing 103 meters from the person in the doorway, then what is the time difference between the arrival of the sound at the two friends? Give your answer as a positive value in milliseconds
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I am confused can anyone please answer it There are blast taking place on Sun all the time we reach the heat and energy of the blasts taking place on Sun but why we can't hear the sound produced by these blasts why can't we hear the sound of these blasts???
Answers
Answer:
Umm I think because the sun is too far away from the earth
hope it helps...
Because of the sound wave, the wave cant travel through the vacuum. Also theres no sound in space.
When an ambulance drives towards you, the pitch of the siren is higher. After itdrives past, the pitch of the siren is lower.The reason it is lower is that the frequency of the wavelengthA. increasesB. decreasesC. Stays the same
Answers
Doppler's effect:
The Doppler effect states that the frequency of sound increases as it source approaches you and it decreases as the source turns away from you.
When the ambulance drives past you, the pitch of the siren is lower. This is due to the fact that the frequency of the wavelength decreases.
A higher pitch means frequency increases and a lower pitch means frequency decreases.
Therefore, the correct answer is option B. decreases
how long does it take the submersible to reach the titanic
Answers
The time it takes for a submersible to reach the Titanic depends on several factors, including the location of the wreck, the speed of the submersible, and the conditions of the underwater environment.
The duration required for a submersible to reach the Titanic can vary depending on multiple factors. Firstly, the location of the wreck plays a significant role. The Titanic lies at a depth of approximately 12,500 feet (3,800 meters) in the North Atlantic Ocean. Travelling to this location from a starting point, such as a port or research vessel, will consume a considerable amount of time.
Moreover, the speed of the submersible affects the overall duration of the journey. The specific capabilities and design of the submersible determine its maximum speed, which can range from a few knots to around 3-4 knots (1-2 meters per second). Taking into account the great distance and the need to navigate through the water column, it can take several hours or even days for a submersible to reach the Titanic wreck site. Additionally, the underwater environment conditions can also impact travel time. Factors such as currents, visibility, and weather conditions can affect the speed and efficiency of the submersible, potentially causing delays in reaching the desired location.
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The time it takes for a submersible to reach the Titanic depends on several factors, including the location of the wreck, the speed of the submersible, and the conditions of the underwater environment.
The duration required for a submersible to reach the Titanic can vary depending on multiple factors. Firstly, the location of the wreck plays a significant role. The Titanic lies at a depth of approximately 12,500 feet (3,800 meters) in the North Atlantic Ocean. Travelling to this location from a starting point, such as a port or research vessel, will consume a considerable amount of time.
Moreover, the speed of the submersible affects the overall duration of the journey. The specific capabilities and design of the submersible determine its maximum speed, which can range from a few knots to around 3-4 knots (1-2 meters per second). Taking into account the great distance and the need to navigate through the water column, it can take several hours or even days for a submersible to reach the Titanic wreck site. Additionally, the underwater environment conditions can also impact travel time. Factors such as currents, visibility, and weather conditions can affect the speed and efficiency of the submersible, potentially causing delays in reaching the desired location.
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HELP ME 10 POINTS
A student gets ready to go to school one day, and he finds out that his car's battery is dead. The headlights will not come on, and the car won’t start. What transformations usually happen when the battery is active and the headlights come on?
1. chemical → electrical → light
2. electrical → kinetic → light
3. light → electrical → chemical
4. thermal → electrical → light
Answers
Answer:
chemical - electrical- light
Which of the following is most likely to be a conductor?
OA. Aplastic
OB. A molecule containing only nonmetal atoms
OC. A covalently bonded molecule
D. Acompound containing metallic bonds
Answers
Answer:
D.
Explanation:
A compound containing metallic bonds
hope it helps!
Which is the most reasonable slit spacing for a transmission diffraction grating?1) 0.001 nm2) 1000 nm3) 1 times 10^(–6) nm4) 1 times 10^6 nm
Answers
For the diffraction grating, the slits spacing should be comparable to the wavelength of length incident on the grating to observe the phenomenon of diffraction.
The wavelength of light considered for the for diffraction ranges from,
\(\begin{gathered} 100\text{ nm to 10 }\mu m \\ or \\ 100\times10^{-9}\text{ m to 10}\times10^{-6}\text{ m} \\ or\text{ } \\ 1\times10^{-7}\text{ m or 1}\times10^{-5}\text{ m} \end{gathered}\)By simplifying the given value in meters,
\(\begin{gathered} 1.\text{ 0.001 nm = 0.001}\times10^{-9}\text{ m = 1}\times10^{-12}\text{ m} \\ 2.\text{ 1000 nm = 1000}\times10^{-9}\text{ m} \\ =\text{ 1}\times10^{-6}\text{ m} \\ 3.\text{ 1}\times10^{-6}\text{ nm= 1}\times10^{-6}\times10^{-9}\text{ m} \\ =1\times10^{-15}\text{ m} \\ 4.\text{ 1}\times10^6\text{ nm= 1}\times10^6\times10^{-9}\text{ m} \\ =1\times10^{6-9}\text{ m} \\ =1\times10^{-3}\text{ m} \end{gathered}\)As the value of 1000 nm fall in this range and thus, considered as most reasonable slit spacing.
Hence, option 2 (1000 nm) is the correct answer.
train travels 1/4of its total distance over half of its time with a constant velocity of 5m/s. calculate the average velocity
Answers
Let D be the total distance (say in meters) traveled by the train and T the time (say in seconds) it takes to do so. (Assume the train moves in a straight line in only one direction.) Then the average velocity of the train as it covers this distance is
v (ave) = D/T
We're told the train can traverse a distance of D/4 in a matter of T/2 seconds if it moves at a speed of 5 m/s. This means
D/4 = (5 m/s) (T/2)
⇒ 5 m/s = 1/2 D/T
⇒ v (ave) = D/T = 10 m/s
You would like to know whether silicon will float in mercury and you know that can determine this based on their densities. Unfortunately, you have the density of mercury in units of kilogrammeter3 and the density of silicon in other units: 2.33 gramcentimeter3. You decide to convert the density of silicon into units of kilogrammeter3 to perform the comparison. By which combination of conversion factors will you multiply 2.33 gramcentimeter3 to perform the unit conversion?
Answers
Answer:
The fourth one
Explanation:
It's the only one to represent volume (cm³ vs. m³) and have kilograms in the denominator.
Have a wonderful weekend!
If we want to convert the density of the silicon from 2.33 gram/ centimeter3 to kilogram /meter3 unit we have to perform the operation
(1 kilogram/ 10³ grams) ×(1 centimeter/10⁻² meters)×(1 centimeter/10⁻² meters)×(1 centimeter/10⁻² meters)
Therefore the correct answer is option B.
What is density?
It can be defined as the mass of any object or body per unit volume of the particular object or body. Generally, it is expressed as in gram per cm³ or kilogram per meter³.
As given in the problem we have to convert the density of the silicon from 2.33 gram/ centimeter3 to kilogram /meter3 unit
1 kilograms = 1000 grams
1 meter = 100 cm
2.33 gram/ centimeter3 = 2.33×10 ⁻³kilogram / 10 ⁻⁶meter3 unit
= 2.33×10³kilogram / 10 ⁻⁶meter3 unit
Thus, the correct answer is option B.
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the maximum speed of a 3.00-kg object in simple harmonic motion is 4.00 m/s. the maximum acceleration of the object is 5.00 m/s2. what is the period of simple harmonic motion?
Answers
The period of a 3.00kg object moving in a simple harmonic motion is 5.02s
Simple harmonic motion is a system where the object oscillates around the equilibrium position.
Based on the theorem, there are some formulas:
x(t) = A.cos t (ωt+∅)
x max = A
v max = Aω
a max = Aω²
ω = 2π/T = 2πf
From the question, we got some informations:
m = 3.00kg
v max = 4.00 m/s
a max = 5.00 m/s²
T = ?
We will use the formula for a max and v max to find the value of ω:
v max = Aω
v max = 4.00 m/s
Aω = 4.00 m/s ...(i)
a max = Aω²
5.00 = v max (ω)
5.00 = 4.00ω
ω = 1.25 rad/s ..(ii)
Next, we will use the Period formula:
ω = 2π/T
1.25 = 2π/T
T = 1.6π s
T = 5.02s
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I NEED HELPP!!!
Calculating the Value of an Unknown Resistor
Answers
A boy with a ma of 30kg ride a merry go round with a radiu of 1. 5m and a velocity of. 48m/. What i the centripetal force on the boy
Answers
Answer:
46,080N
Explanation:
Fc=mv^2/r
Fc=30kg*(48m/s)^2/1.5m
Fc=69,120kg*m^2/s^2/1.5m
Fc=46,080kg*m/s or 46,080N
Which of the following is the keyboard shortcut for saving a document?
O Control V
O Control S
O Control A
O Control E
Answers
good luck :)))
Answer:Control S, Command S on MAC=Save
PLEASE HELP MAX POINTS AND BRAINLIEST!
Look at the graph below.
A graph is shown with Absolute magnitude shown on the y-axis and Surface temperature in degree Celsius shown on the x-axis. The Dwarf stars are shown along a slanting line from coordinates 30,000 and minus 3 to 10,000 and minus 4. The Main Sequence stars are shown along a slanting line from coordinates 20,000 and minus 2 to 2,000 and minus 6. The giants are shown along a line parallel to the x-axis from coordinates 5,000 and 2 to 2,000 and 3. The supergiants are shown along a line parallel to the x-axis from coordinates 7,500 and 4 to 2,500 and 4. Point A has coordinates 20,000 and minus 4. Point B has coordinates 2,500 and minus 4. Point C has coordinates 5,000 and 2. Point D has coordinates 7,000 and 4.
Which of the following stars is most likely to be red?
a. Star A
b. Star B
c. Star C
d. Star D
Answers
i believe it would be Star A since Point A is a dwarf star and dwarf stars are usually most likely to have red coloring
Answer:
Star A
Explanation:
Literally the question has provided the answer itself
Calculation not required.
See the wordings
First star is dwarf star .
Dwarf star is mostly reddish brown or red colored .
Hence star A is the answer
PLEASE HELPPPPPPPPPPPP!!!!!!!!!!
Answers
Explanation:
we can add resistance in series directly whic is is equal to R1 + R2 and in parallel we have to add by reciprocal 1/R1 + 1/R2
Define Work in your own words.
Answers
Answer:
something that relates to a person's job. ... Work is an occupation or something that someone does or has done. An example of work is a job as an accountant. An example of work is someone having plumbing done at their house.
Explanation:
A student conducts an experiment to check how high a basketball can bounce when different volumes of air are filled inside. Which of these steps will most likely help the student get reliable results?(1 point)
Changing the ball for each trial
Doing only one trial with the ball
Doing at least three trials with the ball
Using a different watch to time each trial
Answers
4. A car accelerating at 60 meters/second is hit in an accident by a bus. The net force exerted on
the car is 30000 Newtons. What is the car's mass?
Answers
Answer:
500kg
Explanation:
mass = newtons/force divided by the acceleration rate
m = 30,000/60
m = 500
What is the velocity (in m/s) of a 0.179kg billiard ball of its wavelength is 7.83cm
Answers
Answer: 472.556m⋅s−1
Explanation: λ=7.83cm=7.83⋅(1cm)=7.83⋅(1cm×0.01m1cm)=0.0783m
If the antenna elements are horizontally polarized dipoles with Eθ = âθ jµ (kIol / 4πr) e^(-jkr) |cos θ| what is the expression for the total radiated field of the array? (5 pts)
Answers
E_total(θ) = Σ (Eθ e^(j(kd(i-1)cos(θ) + βi)))
This expression represents the total radiated field of the array, considering the individual contributions from horizontally polarized dipole elements with the given electric field Eθ and taking into account their positions and phase shifts within the array.
To find the expression for the total radiated field of the array, we need to consider the individual contributions of each dipole element in the array and sum them up. Since the antenna elements are horizontally polarized dipoles, we can express the radiated electric field Eθ for a single dipole as:
Eθ = âθ jµ (kIol / 4πr) e^(-jkr) |cos θ|
Here, âθ represents the unit vector in the θ direction, j is the imaginary unit, µ is the permeability, k is the wave number, Iol is the current at the location of the dipole, r is the distance from the dipole, and θ is the angle between the observation point and the dipole axis.
Now, we need to consider an array of N dipoles, each with its own location and phase shift. For simplicity, let's assume that all dipoles have the same current amplitude I0 and are uniformly spaced with a distance d along the x-axis.
To find the total radiated field for the array, we need to sum the contributions of each dipole element:
E_total(θ) = Σ E_i(θ)
where E_i(θ) is the radiated field of the i-th dipole, and the summation goes from i=1 to N.
For each dipole in the array, we need to account for the phase shift due to its position along the x-axis and the additional phase shift βi introduced by the array feeding network:
E_i(θ) = Eθ e^(j(kd(i-1)cos(θ) + βi))
So, the total radiated field of the array is given by:
E_total(θ) = Σ (Eθ e^(j(kd(i-1)cos(θ) + βi)))
This expression represents the total radiated field of the array, considering the individual contributions from horizontally polarized dipole elements with the given electric field Eθ and taking into account their positions and phase shifts within the array.
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Question 8
If a cheetah can run at a speed of 100 km/h for the initial 500 m of its chase, h
much time would it take to catch its prey that is at a distance of 100 m?
O 1.5 s
O 2.3s
O 3.6s
O 4.8s
Answers
Answer:
3.6 s
Explanation:
100 km/hr =27.77 m/s
100/27.77=3.6 sec
according to our lab, what is the surface temperature of betelguese? group of answer choices a, 3,500 k b. 3,000 k c. 3,530 k
Answers
The surface temperature of Betelgeuse is 3,500 K.
Betelgeuse is a red supergiant and one of the brightest stars in the night sky. It is a relatively young star, estimated to be about 10 million years old and is located about 640 light years away from Earth. It is one of the largest stars known and is about 1,000 times larger in radius than our Sun.
Its outer atmosphere has a temperature of about 3,500 K, which is much hotter than the Sun's surface temperature of 5,778 K. The high temperature of the outer atmosphere is due to the fact that Betelgeuse is a red supergiant. In comparison to other stars, red supergiants are among the hottest due to their large surface areas. Betelgeuse is an important star in astronomical studies because of its size and brightness.
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MIDDLE SCHOOL: What are the three types of energy used when cleaning? (Please write them in order of occurrence)
Answers
Answer:
Chemical, mechanical, thermal i guess
A beaver runs at a speed of 2.0\,\dfrac{\text m}{\text s}2.0 s m 2, point, 0, start fraction, start text, m, end text, divided by, start text, s, end text, end fraction with 45\,\text J45J45, start text, J, end text of kinetic energy.
Answers
Answer:
22.5kg
Explanation:
Since we not told wat to find, we can as well find the mass of the beaver.
Kinetic energy formula is expressed as;
KE = 1/2mv²
m is the mass
v is the speed
Given
KE = 45Joules
v = 2.0m/s
Substitute into the formula and get the mass
45 = 1/2m(2)²
45 = 2m
m =45/2
m = 22.5kg
Hence the mass of the beaver is 22.5kg
Tiana leaves her internship at the doctor's office and goes home to wake up her brother, Adam. Then, they both walk to the school together to watch a play by the Drama Club. What distance did Tiana cover?
Answers
The distance covered by Tiana is greater than the distance covered by the brother.
What is distance?Distance is defined as the quantity that defines how far or near an object is from an observer which is normally measured in meters, kilometers and feet.
There are various ways by which distance can be measured which include the following:
Pacing,Odometer,Taping or "chaining," and Stadi.From the scenerio created concerning Tiana and the brother, Tiana first left the doctors office to her friends house and they both left together to the school.
This shows that the distance covered by Tiana is greater than the distance covered by her brother.
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Which labels are correct for the regions marked? a. X: Slower in gases than liquids Y: Faster in solids than gases Z: Velocity depends on medium b. X: Faster in gases than liquids Y: Slowest in solids Z: Faster in liquids than gases c. X: Slower in solids than liquids Y: Velocity depends on medium Z: Faster in liquids than gases d. X: Velocity depends on medium Y: Fastest in gases Z: Slower in liquids than solids
Answers
Answer:
a. X: Slower in gases than liquids Y: Faster in solids than gases Z: Velocity depends on medium.
Explanation:
Speed of sound is fastest in solids. Sound waves travel more quickly in solid, than of liquid and gases. Sound waves travel most slowest in gases. Speed of sound varies significantly and it depends upon medium it is travelling through. In more rigid medium sounds velocity will be faster.
what are the units of k for a third order reaction?
Answers
The unit of a third-order reaction is mol-2L2s-1.
What are some examples of the order of reaction?
The total of the exponents that the concentration terms in the rate law are increased to determine the reaction's overall order. Take the products of the reaction aA+bB, for instance. Reactants A and B are in that sequence in the reaction, which is a and b, respectively. The reaction happens in the general order a+b.
Which reaction order's units of k are appropriate?
The overall reaction sequence affects the units of the rate constant, k. M/s, 1/s, and 1/(Ms) are the units of k for zero-order reactions, first-order reactions, and second-order reactions, respectively.
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You are about to lift a small child off the ground. This child weighs Z pounds. How many newtons of gravitational force downward does this child produce?
Answers
The newtons of gravitational force downward does this child produce is (Z * 0.453592) * 9.81 Newtons.
To find the gravitational force downward produced by a child, you need to use the formula;
F = m * g
Where F is the gravitational force, m is the mass of the object, and g is the acceleration due to gravity (which is 9.81 m/s²).
The child weighs Z pounds, to find its mass, you'll need to convert pounds to kilograms.1 pound is equal to 0.453592 kilograms, so:mass = Z * 0.453592 kg The gravitational force produced by the child is therefore:
F = mass * g
Substituting mass and g into the formula:
F = (Z * 0.453592) * 9.81 Newtons
Hence, the newtons of gravitational force downward does this child produce is (Z * 0.453592) * 9.81 Newtons.
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Exothermic reactions
Answers
Explanation:
An exothermic reaction is a "reaction for which the overall standard enthalpy change ΔH⚬ is negative." Exothermic reactions usually release heat and entail the replacement of weak bonds with stronger ones.
Given three lightbulbs and a battery, sketch as many different circuits as you can.
Answers
Battery connected to a single lightbulb
Battery connected to two lightbulbs in parallel
Battery connected to three lightbulbs in series
What is Batterry?
A battery is a device that stores chemical energy and converts it into electrical energy. It is made up of one or more electrochemical cells that can be connected in series or parallel to increase the voltage or capacity of the battery.
Connecting a single lightbulb to a battery is the simplest circuit. The bulb will light up as long as the battery has enough power.
Connecting two lightbulbs in parallel means that both bulbs are connected to the same battery, but each bulb has its own separate path. This means that each bulb will receive the same voltage and will be equally bright.
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