Should Geometry be a required class?
Debate Rounds (3)
Geometry is a course in which you learn the properties of space and figures. More specifically, it teaches you how to measure lengths, areas, and volumes. If you're getting a job that requires you to construct something and you don't know how to measure the properties of a space through Geometry, then your construction project may not fit in the appropriated area and your measurements for the project may be ruined due to lack of information. Even if you're not getting a job, you'll find that you'll run into a lot of Do-It-Yourself projects that you'd like to do at home. Maybe you're setting up a garden in your backyard or fixing a counter in your kitchen - either way, you'll need to have a good understanding of Geometry to be able to do this well.
Geometry also plays a role in finding out how much materials you will need for those previous projects. If you're doing a construction job, it's a good idea to measure out the space and find out how much of a certain material you will need, thus cutting down how much you spend on materials by "winging it" and not measuring before hand. This is equally important if you're not in a construction-specific job because money can mean a lot when you're doing a big project by yourself at home, without the specific description of "construction worker". The cost of materials is high, so it's important to know how to measure and figure out the correct amount of materials, especially on a tight budget.
Think about how many jobs require this type of education; remember how important these job fields are.
- Transportation Industry.
- Construction Industry.
- Art and Architecture.
These are incredibly important job fields for our society, but they also encompass hundreds of jobs that students are most likely wanting to take. If the students don't learn this type of course, then they may find that they cannot have the job that they want, even if they don't think that it requires such education. Students would never think Geometry has anything to do with medicine, but it actually plays a major part in it. Think about a physician; part of their job is to give people medicine, but it's not as simply as giving them a bottle of pills and telling them to "take on a day". If she has to write a prescription for 10mg per ten pounds of body weight, she would have to calculate that for the proper dosage. Geometry allows you to compare to quantities and calculate the result.
Geometry can also help with our spatial awareness, which we use in several applications in our everyday life. Many activities require us to have this type of awareness, to show that we understand how multiple objects relate to one another in a space. If we didn't have spatial awareness, we would come into a lot of comprehension problems, from visual perception to even our memory. We actually do use this stuff in every day life, to comment on the first sentence in your argument.
As far as a student failing in Geometry and not getting a scholarship because of it, well, that's more of the student's fault than anything. Geometry really isn't that difficult of a course if you're paying attention, taking notes, and really devoting yourself to learning about the information in front of you. It's like any other course in our educational system; if you're putting yourself in a healthy position to understand what's being taught to you, you should have absolutely no problem getting perfect grades in that class. Teachers are also there to assist you if you're having trouble; when you're not understanding the information or, in this case, Geometry, then you can ask the questions you have and get coaching through the lesson.
In final, there's a lot that Geometry helps with. From finding our way through a plethora of jobs to helping with our awareness of relation between objects, we find that Geometry is an incredibly important facet to our daily life and to our course work. If a student is paying attention, then there should be no reason that the student should fail and, if a student does fail, that's not means to get rid of the class because "we simply don't use it', as that's been proven to be false.
Let's first talk about how we use Geometry for our spatial reasoning, as I've stated this in previous arguments. Say you're moving a box and you need it to fit somewhere; you're not entirely sure where to fit it, so you have to move some things around to make space. The act of you thinking about how big the box is, moving the things around in a set amount of space, and then sliding box into that space is Geometry, whether you know it or not. A more common example would be when you're trying to park your car in a parking lot of a supermarket. You have a bigger car, there's a space available between two smaller cars - can you fit your car in there? Use Geometry to estimate and figure out how big your car is in relation to that space.
Also, like I said previously, you'll find that a lot of times, you'll need to be doing some projects. Whether you're building a garden, installing a television, fixing a cabinet - you need to know basic Geometry to be able to do those things. Wouldn't you rather know how to measure areas, angles, and volumes to a space so that you wouldn't have to call someone to do the project, you could just do it yourself with flying colors? When you're building a garden in the backyard, isn't it more simple to measure out the area and buy materials in relation to that instead of hiring someone to do it for you? When you're installing a television, are you really going to hire someone to put it up on the wall for you?
We use Geometry every day of our lives, whether you notice that or not is up to you. Since I feel like maybe I'm having trouble articulating my words for you correctly, I've found something online that can really show you how much we use Geometry. This is only to reinforce my previous points that we most certainly use Geometry in our daily lives.
"If you need an example of how geometry affects you on a daily basis, you need do nothing more than take a look around.
What do you see? Maybe it's a bridge. Notice the steel girders underneath? They're arranged using very specific geometry angles to give the bridge its stability. Geometry also dictates the way your home was built, with angles and lines that make the walls sturdy and allow the roof to shed water and snow. Maybe you see some people shooting pool. Ever wonder how pool players gauge their shots? They use geometric angles to try and estimate how the balls will react once they're struck.
If all this thinking gets to be too much, try drinking a can of soda. Ever wonder how they know that a can is exactly 12 oz. There's a geometric formula that dictates the can's size so that it contains exactly the right amount. The machinery that filled the can is also based on geometric formulas. People use similar principles when they're cooking at home. Cake pans and pots are all specific, standardized sizes that wouldn't exist if we didn't have geometry.
Without geometry, we wouldn't be able to build things, manufacture things or play sports with much success. Geometry not only makes things in every day life possible, it makes them easier by providing us with an exact science to calculate measurements of shapes, angles and areas. So the next time you're bringing a cake and soda to your pool-shooting friends that live just over the bridge, you can thank geometry for bringing it all together. (Donovan)"
We use Geometry a substantial amount as we're living our lives. Maybe that's difficult to see for some, but it's a lot more than a course in education, it's a huge facet of our lives.
1 votes has been placed for this debate.
Vote Placed by Commondebator 2 years ago
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Reasons for voting decision: Pro showed HOW and WHY geometry should be and can be used in real life. He correctly refuted con's argument and had sources. This debate goes to pro
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