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The Difference Between

Ever wanted to know the difference between a boysenberry and a blueberry? socialism and communism? Windows and Linux? Look no further. This category answers your questions about 'The Differences Between...'

57,566 Questions

Absolute refractory period relative refractory period?

In absolute refractory period, none of channels are reconfigured, so that second active potential cannot be generated no matter how large the stimulus current is applied to the neuron.

In contrast, in relative refractory period, some but not all of channels are reconfigured, another action potential can be generated but only by a greater stimulus current thatn that originally needed.

How scales work compared to balances?

In simple terms, the following can be said:

A balance is used to caluculate the mass of an object in comparison to a known weight.

A scale is used to measure the force exerted on a mass by the gravity of the earth, then to convert that measurement into a calculation of the object's mass.

Therefore, we actually measure mass, not weight.

A scale provides much more precise calculations than does a balance.

Can foam rubber sheets be used for insulation?

Foam rubber sheets can be used for insulation in some cases, such as for soundproofing or cushioning. However, they may not be as effective as other types of insulation materials, like fiberglass or foam board, when it comes to thermal insulation. It's important to consider the specific insulation needs of your project before choosing foam rubber sheets.

Is granite a homogeneous substance?

No, granite is not a homogeneous substance. It is a type of igneous rock composed of various minerals such as quartz, feldspar, and mica, which can be seen as different colored specks or layers within the rock.

What is the difference between a stone and a rock?

Rock is a naturally formed solid aggregate of one or more minerals. It is what stone is made from.

Stone normally is used to refer to rock which has been dressed, trimmed or otherwise engineered or used by man in construction of some sort, usually as discrete (individual) blocks. Also important is the fact that these blocks are no longer in-situ (i.e. they are no longer where they were formed and part of a larger cohesive rock mass) within the Earth. Examples are the use of "stone" as counter tops in kitchens or as ornamental cladding for buildings or the construction of columns and lintels in certain buildings. Another common use of large blocks of dressed stone is in sea defences and pier walls where the large dressed blocks forming the outer walls are known as armour stone.

Undressed but discrete blocks were also commonly used to construct dry stone walls in the UK to separate fields on farms. The importance here being their careful and deliberate placement, as opposed to "rock fill" which is also undressed discrete pieces of rock but which are end tipped with much less deliberation into piles or onto slopes (such as Rip-Rap which is a form of scour defence used in coastal sea defences and on embankment dams).

In common linguistic use a stone may refer to any small piece of rock that may or may not have been polished or weathered and that is lying on Earth's surface. For example the pebbles on a beach.

Difference between low and high gears?

Low gears provide more torque and are used for starting a vehicle or going uphill, while high gears provide more speed and are used for cruising on flat roads. Shifting to low gear enables a vehicle to move with less effort, while shifting to high gear allows for greater efficiency at higher speeds.

What are the difference between package unit and split unit?

A package unit contains all elements of the refrigeration cycle in one system. The 4 major components include: A compressor, condenser, metering device, and a evaporator. All elements are needed to complete the cycle of refrigeration.

As for a split unit, All elements of the refrigeration cycle are used, however the condenser is located outside of the facility, while the evaporator is located inside of the facility.

To better understand the difference in question, you must understand the job of each component in the refrigeration cycle. For example, a condenser is normally used to reject heat or cold air from a building, while a evaporator normally supplies heat or cold air to the building.

What is the difference between tuned and untuned?

Tuned typically refers to something that has been adjusted or optimized to perform at its best, while untuned means something that has not been adjusted or optimized. In the context of music, tuned instruments produce sounds at specific pitches, while untuned instruments produce sounds without a specific pitch.

What is the difference between a pupa and a nymph?

Worms come in three groups: roundworms (nematodes, long featureless body), flatworms (flat) and ringworms (segmented like earthworms). Insect larvae can be legless and segmented like ringworms (maggots for example), but they're never as long and thin, and they have clear mouthparts when looked at up close.

Most insect larvae have legs, however. Grubs (beetle larvae) have six at the front (think of a ladybug larva). Caterpillars have six real legs and many stubby pseudolegs behind these. None of them really look like worms. ^^

Furthermore worms belong to one of the three worm phyla (Nematoda, Platyhelminthes, Annelida) and insects are all Arthropoda.

What is exhaling and inhaling?

Inhaling is the process of taking air into the lungs. Exhaling is the process of releasing air out of the lungs. These actions are part of the respiratory system and are essential for bringing oxygen into the body and removing carbon dioxide.

What is a work function?

A work function is the minimum amount of energy required to remove an electron from a solid to a point just outside its surface. It is essentially the energy barrier that needs to be overcome for electrons to be emitted from a material.

What is the difference between heat and hot?

Heat is a form of energy that is transferred between objects due to a temperature difference, while hot is a subjective sensation of high temperature that we experience. Heat is the transfer of thermal energy, whereas hot refers to the feeling of warmth or high temperature.

How do you tell the difference between plexiglas and glass?

One way to tell the difference between plexiglass and glass is by tapping on them - glass typically produces a clear, high-pitched sound, while plexiglass has a duller, lower pitch. Another way is by gently scratching the surface - glass is harder than plexiglass, so glass will resist scratches more. Lastly, if you look closely, glass may have small imperfections or air bubbles that plexiglass usually does not have.

Whats the difference between an acid and a base?

In simplest terms, an acid produces hydrogen ions (H+) when mixed with water while a base produces hydroxide ions (OH-). Acids have more hydrogen ions and there pH is 0-7, bases have less hydrogen ions so there pH is 7-14. Acids are substances that donate protons (hydrogen ions, H+) to bases. Bases are substances that accept protons from acids.

Can 2 judgments be issued at same time in New York?

Yes, but they cannot be enforced concurrently against the same unexempt personal assets (not real property) belonging to the debtor. For example, there cannot be two wage garnishments running at the same time against the debtor. Child support and/or alimony deductions are not considered 'true garnishments', that being the case a creditor garnishment can run at the same time child support is being deducted, but the child support order takes priority.

How do decantation and filtration differ?

Decantation is a process that involves pouring off the liquid portion of a mixture, leaving the solid behind. Filtration, on the other hand, involves passing a mixture through a filter that allows the liquid to pass through while trapping the solid particles. Decantation is typically used for mixtures where the solid settles at the bottom, while filtration is used to separate solid particles from a liquid.

What is the difference between Fab and Fab'Antibody fragments?

Short answer: Just a few amino acids... Better answer: Antibodies are Y-shaped glycoproteins. The two arms are the antigen-binding fragments (Fab) while the base is the crystalizable fragment (Fc). Fab and Fc are linked by the hinge region. Fab and Fab' are generated by proteolytic cleavage of whole antibodies. Papain cleaves antibodies in the hinge region N-terminal to the interheavy chain disulfide bonds leaving two Fab and a Fc. Pepsin cleave C-terminal to the first S-S bridge therefore Fab remain bonded as F(ab')2. Mild reduction with DTT for example releases the two Fab'. Ig ---(papain)---> 2x Fab + Fc Ig ---(pepsin)---> F(ab')2 + Fc ; F(ab')2 ---(DTT)---> 2x Fab' The heavy chain of Fab' is just a few amino acids longer at the C-terminal end (including a cysteine) than Fab heavy chain.

Explain the difference between pulse and tone How does the pulse work compared to tone?

I'm guessing your talking about telephone. The pulse system: When you push a number on your phone, it transmit a certain amount of pulse. the receiving circuit will count the number of pulses that your telephone transmited to determined that number that was pressed. The tone system: When you push a number on your phone, 2 different tones (or sinus) are transmited. There are 4 lines and 3 columns on the keypad and there are 1 tone for each line and 1 tone for each column.

So when you push "1", the first line's tone and the first column's tone are both transmitted at the same time.

The receiving circuit listens and figure out the number you pushed by analyzing the 2 tones. The tone style is also known as "DTMF" Older phones with rotary dials generate pulses that may not be recognized by by modern DTMF-only systems such as Internet based VOIP phone services, and some fibre optic (FIOS) phone services. In order to use a pulse-only phone on a DTMF (tone-only) phone service you will need a pulse to tone converter like the Oldphoneworks LPT-310 Pulse to Tone Converter (www.oldphoneworks.com), or the Rotatone Pulse to Tone Converter (www.rotatone.com).

Is a 1998 ford windstar metric or Standard?

The 1998 Ford Windstar uses both metric and standard (imperial) measurements for various components, such as engine specifications and fluid capacities. It is recommended to consult the vehicle's owner's manual for specific details on which measurements are used for each part.

What is the difference between an first order reaction and second order reaction?

rate = k[A], k= rate constant / of proprotion , [] =concentration. (@ = change in []concentration ,@t change in time)

a A +bB-> cC from this the rate = -1/a(@[A]/@t) =-1/b(@[B]/@t) =1/c(@[C]/@t where the small letters are the coefficents . so the rate of a reaction is equal to each other when ajusted by the coeffiects . note that the reactants are negative becasue it is decreasing as products form..

the basic difference of a fist order and a second is proportions.. fist is directly proportional id est concentration goes up by 2 the rate goes up by two.

while second is proportional to the square.

concentration goes up by two the rate goes up by 4

1. First-Order Reactions

A first order reaction (order = 1) has a rate proportional to the concentration of one of the reactants. A common example of a first-order reaction is the phenomenon of radioactive decay. The rate law is:

rate = k[A] (or B instead of A), with k having the units of sec-1

2. Second-Order Reactions

A second-order reaction (order = 2) has a rate proportional to the concentration of the square of a single reactant or the product of the concentration of two reactants:

rate = k[A]2 (or substitute B for A or k multiplied by the concentration of A times the concentration of B), with the units of the rate constant M-1sec-1

What is the difference between a mixed culture and a contaminated culture?

A mixed culture is a container that holds two or more identified and easily differentiated species of microorganisms. A contaminated culture was once pure or mixed (and thus a known entity) but since had contaminants (unwanted microbes of uncertain identity) introduced into it.

What is the difference between law and theory?

A "law" is a readily observable fact about something. It is something that is obvious and undeniable. Allow me to clear up a common misconception right now, laws are not a "higher" stage than theory, and no theory ever becomes a law. Laws are simple and obvious statements about a phenomenon that never require a second guess, or an experiment, to verify them (for example, there is a law that states that there exists an apparent attraction between all objects having positive mass...it's called the law of Gravity, and it's not just undeniable, but it's readily observable and demonstrable (by virtue of the simple fact that you are not floating about, but are anchored to the Earth)).

Now, a "theory" is an advanced hypothesis. An hypothesis is a plausible, testable explanation of how a phenomenon works and/or why it works that way. Once an hypothesis has been tested repeatedly, under a variety of conditions, such that it is sufficient to convince a majority that the hypothesis is probably right ("right", in this context, means that it can be used successfully to make predictions as to how the phenomenon will behave if one conducts the same experiment(s) again), it can graduate to "theory", but it is still tested just as vigorously.

A theory can be "strong" or "weak", depending on the amount of evidence there is that agrees with it, the amount of accurate predictions it's made, and the amount of experiments that have been conducted and have concluded in its favor. However, it doesn't matter how strong a theory gets (you might think of such as examples as the theory of Evolution, Relativity, Quantum Mechanics, &c), it never becomes a law. That would run contrary to the definition of "law" as readily observable and nor requiring experimenation for verification. Also, a theory may always be disproven, but it must then be replaced with a better theory.

What is the difference between high and low density polyethylene?

High-density polyethylene (HDPE) has a higher density and stronger intermolecular forces, making it more rigid and resistant to heat and chemicals compared to low-density polyethylene (LDPE). LDPE is more flexible and has less strength and chemical resistance, but it is easier to process and has better impact resistance.