yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Common and proper nouns | The parts of speech | Grammar | Khan Academy


2m read
·Nov 11, 2024

Hello, Garans!

I'd like to bring up the idea of the difference between a common and a proper noun. The difference between a common and a proper noun is simply the difference between something with a name and a more generic version of that thing. I'll give you a couple of examples right off the bat.

So, speaking generally, I am from a city. The specific city that I'm from is Chicago. I could talk about a frog generally, but if I were speaking of a specific frog, I would say Kermit. The difference between a common and a proper noun is merely the difference between a general thing.

The side is more general, and a specific thing. It's a continuum. So, if you are speaking of, let's see, a river—any old river—that's a common noun. But if you're talking about a specific river, and it's a named river here, that would be the Nile.

Say, you could talk about a mountain, and that would be a common noun because there are many mountains. But if you wanted to talk about a specific mountain, say Mount Kilimanjaro in Tanzania, you would put it—you would—that's a proper noun.

So, here are the proper of proper nouns: proper nouns are always capitalized. That means that instead of using a little letter "a" like that, you would instead use a big letter "A" like that. Common nouns are only capitalized if you find them at the beginning of sentences.

So, you might say "mountains are my favorite," but you would also say "Kilimanjaro is my favorite mountain," and that is a lowercase non-capitalized "m" as opposed to this one which is uppercase.

So, that's the difference between common and proper nouns. If you're talking about something general, it's a common noun. If you're talking about something specific, it's a proper noun. And the difference between them is that you capitalize a proper noun.

You can learn anything, Dave.

More Articles

View All
Free body diagram with angled forces: worked example | AP Physics 1 | Khan Academy
So what we have depicted here, we have a block, and let’s say that this block is completely stationary. It’s being pushed up against this non-frictionless wall. So this wall does have friction with the block. It’s being pushed by this force of magnitude F…
You Don’t Have To Be A Billionaire To Launch Satellites
Last year, the team at Astranis launched their first commercial satellite into space. Stage separation confirmed. [Music] [Applause] Their smaller, low-cost telecom satellites represent a major breakthrough for the aerospace industry, and they’re also the…
Rotational kinetic energy | Moments, torque, and angular momentum | Physics | Khan Academy
[Voiceover] When a major league baseball player throws a fast ball, that ball’s definitely got kinetic energy. We know that cause if you get in the way, it could do work on you, that’s gonna hurt. You gotta watch out. But here’s my question: does the fa…
Formula for first term in Fourier Series
Several videos ago, we introduced the idea of a Fourier series. I could take a periodic function, we started with the example of this square wave, and I could represent it as the sum of weighted sine and cosine functions. Then we took a little bit of an i…
Exponential functions differentiation intro | Advanced derivatives | AP Calculus AB | Khan Academy
What I want to do in this video is explore taking the derivatives of exponential functions. So we’ve already seen that the derivative with respect to x of e to the x is equal to e to the x, which is a pretty amazing thing. One of the many things that make…
BEST Images of the Week! IMG! episode 14
Steampunk R2-D2 and this kitty says thumbs up. It’s episode 14 of [Music]. It’s hard to be a Lego gangster, but it’s easy to kill two birds with one stone. Check out these minimalist superheroes. Can you name them all? The same guy who made these also ma…