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

Recognizing number pattern examples


2m read
·Nov 11, 2024

We are asked which expression can we use to find the missing number in the pattern. So pause this video and see if you can try this before we do this together. All right, now let's try this together, and the way I would tackle it is I'll try to see, "Hey, can I figure out the pattern between these numbers?" Then I could try to figure out the missing one.

So to go from 36 to 45, it looks like I'm increasing by 9. I add 9, and it looks like to go from 63 to 72, we're adding 9. It's good to make sure that the pattern that you think is happening is happening across all of the numbers that you're seeing. To go from 72 to 81, it looks like you're adding 9. So I'm pretty confident that to go from 45 to this blank number, I have to add 9.

And we see here, indeed, choice B is 45 plus 9. This number here, you don't even have to figure out what it is. Some of you might realize it's 54. But this is just going to be this number plus 9 that's going to go in the blank. So 45 plus 9.

Let's do another example. So here it's a little bit different. It says if the pattern continues, what will be the sixth number in the pattern? Pause this video and try to figure that out.

All right, so first let's figure out the pattern. To go from 2 to 6, it looks like we added 4. Then we are adding 4 again to go from 6 to 10. Then we're adding 4 again to go from 10 to 14. So it seems like we're adding 4 every time. This is the first 1, 2, 3, 4 numbers in the pattern.

So the fifth number in the pattern is going to be 14 plus 4, which is going to be 18. Then the sixth number in the pattern is going to be 18 plus 4, which is 22. And that's what they want; they want the sixth number in the pattern. So 22 is choice D.

Let's do another example here. We're told the table below shows the number of laps Carly ran around the track each day. Which rule describes the pattern shown by the number of laps Carly ran? So like always, pause this video and see if you could work on this.

All right, it seems like every time a day goes by, the number of laps are going up by three. So if you want to figure out the next day, let's say day six, you would add three from day five. So the pattern here is to add three.

More Articles

View All
How Will the World End? | Street Spirituality
[Music] [Music] Foree: The world will never end, uh, but if it does end, I think everything will just fall apart. I don’t [Music] know. Don’t get scientific. Star explosion, where we collide with something. I don’t know, a lot of light would come into th…
What 300 DIRTY JOBS Taught Mike Rowe About TRUE SUCCESS | Kevin O'Leary
If I were in a seat, I’d be on the edge of it. All right, here we go. [Music] You are watching yet another episode of Mr. Wonderful. I’m not him; I’m just a guest. I might grow your questions; we answer them. It’s gonna be great. Hi, my name is Monty. I’…
Irregular plural nouns | base plurals | The parts of speech | Grammar | Khan Academy
Hello, Garans. I wanted to talk today about a different kind of a regular plural. So, we’ve been talking about regular plurals, where you take a word, and you add an S. For example, the word ‘dog’ becomes ‘dogs.’ You add an S, and that this is the regula…
Dividing rational expressions: unknown expression | High School Math | Khan Academy
We’re told the following equation is true for all real values of Y for which the expression on the left is defined, and D is a polynomial expression. They have this equation here; what is D? All right, so essentially what they’re saying is they don’t wan…
How Trees Secretly Talk to Each Other in the Forest | Decoder
Ouch! What do you think you’re doing? The idea of talking trees has been capturing the human imagination for generations. Did you say something? My bark is worse than my bite. Okay, so maybe they don’t talk to us, but it turns out, trees can “talk” to ea…
Genetics vocabulary | Inheritance and variation | Middle school biology | Khan Academy
We know that any sexually reproducing organism is getting DNA from both its male parent and its female parent, and that’s true also for human beings. You might know we have 23 pairs of chromosomes, but let’s zoom in on one of those pairs. So, let’s say th…