Instigator / Pro
7
1500
rating
12
debates
50.0%
won
Topic
#5447

The Metric System is Objectively Better than the Imperial System

Status
Finished

The debate is finished. The distribution of the voting points and the winner are presented below.

Winner & statistics
Better arguments
3
0
Better sources
2
2
Better legibility
1
0
Better conduct
1
1

After 1 vote and with 4 points ahead, the winner is...

Tickbeat
Parameters
Publication date
Last updated date
Type
Standard
Number of rounds
5
Time for argument
Three days
Max argument characters
10,000
Voting period
One week
Point system
Multiple criterions
Voting system
Open
Contender / Con
3
1500
rating
5
debates
10.0%
won
Description

Systems of measurement have long been diverse over the course of human history. However, during the enlightenment, a team of French astronomers measured the length and curvature angle of all of France, which allowed them to get the earth's dimensions, and ultimately lead to the invention of the greatest measuring system in history, the metric system. It's simple, it's logical, it's easy. But America, Liberia, and Myanmar, for one reason or another, have not adopted the metric system yet. And when it comes to America, it is almost too late for them to give up the imperial system that is based on people's feet. And some people still like the imperial system, but they don't have any good reasons as to why. Or, if they do, the reasons for the metric system are far greater than the reasons for the imperial system. So today, I am here to show you the beauty of the metric system, and why it is the best.

Round 1
Pro
#1
First, let's go over how each system of measurement works.

The Metric System
We start off with the meter. This is a unit of length, and by the way it was originally invented, it is one ten millionth of the distance from the equator to the pole. The distance from the equator to the pole is ten million meters, which is a fourth of the earth's circumference, so the earth's circumference is forty million meters. From there, if you were to take a cube where each side has a side length of a tenth of a meter, you have a liter, which is the unit for volume. Then, if you were to weigh one liter of water, you would have a kilogram. And finally, the temperature at which water boils at sea level is 100 degrees Celsius, and the temperature at which water freezes is 0 degrees Celsius. As you can see, these units follow one another, and the first unit, the meter, is entirely based on an unchanging measurement that is the earth. It will change eventually, but not in the lifetimes of several generations to come.

Then, after we have defined all of these units of measurement, we can create prefixes to describe quantities of these measurements:

Quecto = nonillionth
Ronto = octillionth
Yocto = septillionth
Zepto = sextillionth
Atto = quintillionth
Femto = quadrillionth
Pico = trillionth
Nano = billionth
Micro = millionth
Milli = thousandth
Centi = hundredth
Deci = tenth

Deca = ten
Hecto = hundred
Kilo = thousand
Mega = million
Giga = billion
Tera = trillion
Peta = quadrillion
Exa = quintillion
Zetta = sextillion
Yotta = septillion
Ronna = octillion
Quetta = nonillion

From there, you could apply these prefixes to any of the units of measurement that you like. We have the meter, and if you have one thousand meters, you put the prefix "kilo" before it, creating kilometer. A tenth of a meter would be a decimeter, and thus, we can now define a liter as a cubic decimeter. And a liter of water is a kilogram, but notice the prefix "kilo," which represents a thousand. So, a thousandth of a kilogram is really just a gram, which, since this is in three-dimensional space, results in a gram of weight being equal to a cubic centimeter of water.

The metric system is simple, it's logical, and it's easy, as you're just working with tens. Now, many calculations are merely a matter of moving the decimal point, and converting between units could never be easier. It's also based on things that are not variable, that being the size of the earth and its circumference, and things generally considered to be default, like water.

The Imperial System
The imperial system is not based on unchanging things within the universe, but rather, people's body parts. This is because that was all we had back in the day. Back when science was not nearly as advanced as it is today, nobody could base a system of measurement on something as precise as we can today. Instead, it was much easier to simply use their body parts, because these systems of measurement could allow them to have a ruler on them at all times. The foot is a unit of measurement equal to approximately the length of the average man's foot. It is also equal to twelve inches, and an inch is the length of three grains of barley laid end to end. A pound is a unit of weight equal to seven thousand grains. The ounce refers to several different units of measure, and it's not even consistent. And the mile is a unit of length equal to 5,280 feet. Where in the freak did people get that number from?

There are no prefixes for the imperial system, the units are based on rather random, arbitrary, and approximate things, and the numbers aren't even easy with one another. It is not working with tens, and calculations can be hard. The only logical basis it has is that you can use your body as a ruler, but your body is not the same as everybody else's body, so your measurements might not even match up with somebody else's. And now that we live in a day and age where technology is very advanced and knowledge in science is too, we don't need such approximate values, we have exact measurements, and that is the metric system. The imperial system can barely even be called a system, it's more like a set of random arbitrary values. The metric system is an actual system, because they all have correlation to each other, and there are prefixes that must be used to describe quantities.


As you can see, it is very, very clear that the metric system is far more logical, because it is based on unchanging things in nature, and it's easy, because it's all tens, and is directly companionable with our base-ten counting system. The imperial system simply isn't. And so, the metric system clearly comes out on top as objectively better.

Though some people would still like to stick to their imperial system, they don't have any good reason as to why. They've simply been using it all their life, and their intuition is calibrated upon it. But that says nothing about the actual logical and mathematical integrity of their system, it just means they grew up with it. And some people simply apply their love of the imperial system to patriotism, and say that it is the American way. I am American myself, but I'm not a fool. I can clearly see that the metric system is better, and people who just say "U.S.A.! U.S.A.!" as an argument are setting themselves up for failure, and are grasping at colloquial phrases to make their point sound more sound. It's not.
Con
#2
     Well, you use miles to see how far your car can travel right? And uses inches to measure how far is the height of the bolt, knowing if it's volume is enough to suffice within the collar (as in engineering terms). Metric is awful, mainly because metric is based purely off of the Imperial System but just rounding, if I was to be multiplying the square root of 3/4 of a foot, you will have to use the Imperial System to calculate it, as 3/4 of a foot equals 22.86 centimeters. The Metric System doesn't act like that, and since that the metric system counts by 10's we can't say that. You might just say two deca's, 8 deci's and 6. According to the metric system on the other hand, it equals 1.6666666...ft, which is a irrational number, which is a impossible measurement.

    It's like a standard calculator, not precise,  instead, rounded up, like how you said imperial is more accurate, which is necessary to many. 
Round 2
Pro
#3
Who cares that the metric system does not easily align with a system of measurement that we shouldn't even have in the first place? I could easily just invent my own system of measurement and say the metric system doesn't align with that, but that doesn't make the metric system any less logical. There are an infinite number of possible systems of measurement you could create, so obviously they don't all have to align, because ideally, we should only be using the most logical and easy to use, and that is the metric system.

And, you don't have to use miles to measure how far your car can travel, that's the whole point. People everywhere else in the world use kilometers to measure how far their car can travel. And they use centimeters to measure the length of a bolt.

"Metric is awful, mainly because metric is based purely off of the Imperial System but just rounding."
This is not even remotely true. A team of French astronomers back during the enlightenment decided to create their own system of measurement, because the ones they currently had were not based on exact values, and were hard to convert between. They looked through a specific kind of telescope and measured the angle between two points along the surface of earth, which would allow them to measure the earth's curvature. It took them seven years to calculate all of this, but they got it, and they were able to measure the curvature of France and its length along that line. This then allowed them to calculate the distance of the equator to the pole, and the earth's circumference, and therefore diameter. This then allowed them to calculate the meter, when they took this distance, and divided it into ten million pieces, and one of those pieces is a meter. It had absolutely nothing to do with the imperial system, except for the fact that they needed their former units of measurement to state the length of the earth's circumference and therefore the length of a meter, but it was not based off of the imperial system. The metric system has nothing to do with the imperial system, so that is a flat out lie. It's not taking values from the imperial system and rounding them, you're getting this confused with conversion. You are merely talking about the difficulties of converting one system of units to the other system of units, which as I said is irrelevant, because I could easily just invent my own separate system from the metric system that does not easily align with it, and use that as an argument against the metric system. This is irrelevant. What is relevant is how well each unit within the same system converts to one another, such as kilometers to meters to centimeters, which is all just a matter of moving the decimal point. It's very easy.

Also, side note, 22.86 centimeters can also be 228.6 millimeters, or it can be 228,600 micrometers, if you really wanted to remove the decimal point. It could also be 2.286 decimeters, or 0.2286 meters. It could even be 0.0002286 kilometers if you wanted.


I'm not even entirely sure what point you were trying to get across, and I had trouble trying to understand what you meant. Your argument wasn't very clear, so I've tried my best to understand it as best as I can, and what I'm getting is that you're implying that the metric system is terrible because it does not align with the imperial system, but you could just as easily say that but for some other random system instead of the imperial system. You could even make up your own system and use that against the metric system. You could even go backwards and use the imperial system's inability to align with the metric system as an argument against the imperial system! As you can see, this is a terrible argument, and even if it weren't, they would all cancel each other out anyway, since the argument of using one against the other can just as easily be used as the other against one.
Con
#4
Well, I think you're true, but since I'm a con, these 5 rounds can't go to waste.

      Now, here's where I'm getting at. I know I'll bounce around a little but here.

 What is relevant is how well each unit within the same system converts to one another, such as kilometers to meters to centimeters, which is all just a matter of moving the decimal point. It's very easy.
     Well, without the basic measurements from the Imperial System, how would you be able to convert numbers at all? Have you forgotten that you still use the Imperial everyday? They made it easier, but not precise like how the moon isn't a perfect sphere, so your estimating mainly off of the Imperial System. Which you said that it was pure trash. 

And, you don't have to use miles to measure how far your car can travel, that's the whole point.
       This is a massive lie. Tell me, when you buy a car, do you check for how many miles your car can run on a full tank? It seems not. I say go walk 5 feet, you would say "0.00095mi, or 0.000947mi?" but here's the thing, you're right, we are in the new age, and many sources back you up, so I admit defeat.
Round 3
Pro
#5
"Have you forgotten that you still use the Imperial everyday?"
Yeah, and? America needs to convert to the metric system because the calculations are way easier to do, and it can save a lot of time. However, it's really hard to do that, because at this point, America is calibrated on the Imperial System. It doesn't make it any less illogical and strange though.
"They made it easier, but not precise like how the moon isn't a perfect sphere, so your estimating mainly off of the Imperial System."
Well that's just a lie. The metric system is precise. You can buy a meter stick and it will always have the exact same length, give or take a few nanometers because of the atoms in the stick, but that's just a problem with the build of the stick, not the measurement. And, the Imperial System is just as precise as the metric system, as you can also go and buy a foot ruler and the same thing applies. It's just that one is based off of the earth we live on, which always has been just one entity, and the other is based on people's feet, of which, there existed over a hundred billion different entities, all with variable size.
"Well, without the basic measurements from the Imperial System, how would you be able to convert numbers at all?"
Who in the freak cares what system you used to use? If you switched to a more logical system, then that system must be adopted. It doesn't matter that we used to use the Imperial System, because most of the world now uses the metric system, and they're better off with it. We could have used any system imaginable before we invented the metric system, so this point is just irrelevant.
"Tell me, when you buy a car, do you check for how many miles your car can run on a full tank?"
Yes I do. But I'm not the only human in existence. I live in America where large distances are measured in miles, but if you were to visit anywhere in Europe, you would find that people measure large distances in kilometers. And America has the potential to switch to the metric system and begin measuring large distances in kilometers instead of miles, and I think that would be better, because the metric system is so logical and easy.
Side note: yes, I understand that most people would not tell you that something is 0.000947 miles away when they could just tell you that it's 5 feet away. The point is, in the metric system, you can, and it's not even that hard, just slap a new prefix on it and move the decimal point!

Con has made the decision to concede, but I still wanted to respond with regular force so that he can't make an argument when it's already too late to respond, and he could use me not responding as an argument against me. So, I made this response.
Con
#6
You make perfect sense, but we still have to keep the imperial system, mainly because it's the stepping stone, I use imperial sometimes when things get confusing, and it's hard to swap bad habits.
Round 4
Pro
#7
Con has now admitted that the Imperial System is somewhat of a bad habit. Also concession, so I have nothing more to add.
Con
#8
Yep. I lost cuz I was in the worst possible argument for a con. mainly because there is no proof of the imperial is better than the metric. but metric clearly has so many sources admitting that is superior to imperial.

Round 5
Pro
#9
Good game.
Con
#10
Okay, then if Casey_Risk wants to be a a-hole, then sure.

     Imperial and Metric both have their benefits, they are used mainly of preference, but you can't force it as which one is bad or good. Knowing that Imperial had so many improvements, according to a masterclass article:

While most of the world uses the international system of units, aka the metric system, the United States has its own system, based on the old British Imperial System of inches and pounds. This becomes relevant in the kitchen when dealing with international recipes that use grams and Celsius.
      Metric cannot do this task easily, as most of the household items you use today, needs to convert into metric.

 Since both the US Customary and metric systems are taught in schools, many Americans feel there’s no need to switch over to metric. Liberia and Myanmar are the only other countries that have not officially adopted the metric system.
      Imperial is easy, metric on the other hand, no, it's not. I use metric sometimes, sure, but we have realized that all of the metric conversions is well, converted by Imperial. Kids learn Imperial before learning metric, because with metric, you must use the power of ten, but how would they know how to do that, if they could only factor simple numbers? They don't know what exponents are. 

  According to dailycalculators.com, Imperial systems advantages are;
    1. Cultural Heritage: The Imperial system has historical significance in many countries, including the United States and the United Kingdom. It is deeply ingrained in these cultures and is still used in everyday life, particularly for colloquial measurements such as height and weight.
    2. Familiarity: Despite its complexity and inconsistencies, many people are familiar with the Imperial system due to its historical use and prevalence in certain industries. Switching to the metric system may require significant retraining and adjustment for some individuals.
    3. Practicality in Certain Contexts: In some industries, such as construction and manufacturing, the Imperial system is still commonly used due to existing infrastructure, equipment, and standards. Switching entirely to the metric system in these contexts may be costly and impractical.
    While the metric system advantages are:
    1. Standardization: The metric system offers a standardized and coherent system of measurement based on powers of ten, making conversions between units straightforward and intuitive.
    2. Global Consistency: The majority of countries around the world have adopted the metric system as their official measurement system. This promotes consistency in trade, communication, and scientific research on an international scale.
    3. Ease of Learning: The metric system is often considered easier to learn and teach, particularly for educational purposes. Its logical and systematic structure simplifies mathematical calculations and scientific experiments.
    Oh! Brittanica got something to say too.
    The biggest reasons the U.S. hasn’t adopted the metric system are simply time and money. When the Industrial Revolution began in the country, expensive manufacturing plants became a main source of American jobs and consumer products. Whenever the discussion of switching unit systems arose in Congress, the passage of a bill favoring the metric system was thwarted by big businesses and American citizens who didn’t want to go through the time-consuming and expensive hassle of changing the country’s entire infrastructure.
    It's not trash, it's actually better than metric, considering that we are already aren't financially stable! How are we supposed to convert, if that means that most of our businesses would file bankruptcy because the customers don't understand which size is this?