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

Thousandths on the number line


2m read
·Nov 11, 2024

  • [Instructor] We're asked what is the value of the point graphed on the number line, and this is the point right over here. So pause this video and see if you can figure that out before we figure it out together.

All right, so let's try to figure it out together now. So let's see, this point is between this is going to be, this is the tenths place, this is the hundredths place. So this over here is three hundredths, and this over here is four hundredths. So our point is between three hundredths and four hundredths, and the space between three hundredths and four hundredths is divided into ten equal spaces.

So if this whole thing is a hundredth, so this whole thing is equal to 0.01, the difference between that, that's a hundredth. So then each tenth of that is going to be a thousandth. So let me; I don't want to make this too messy, so this right over here will be one tenth of a hundredth, which is going to be a thousandth, so it's going to be 0.001. We have a one in the thousandths place.

So one way to think about it, this number is going to be 0.03, so we have our three hundredths. But then let's see how many thousandths we have to add to it to get to this value right over here. We have to add one thousandth, two thousandths, three thousandths, four thousandths, five thousandths, six thousandths, seven thousandths, and eight thousandths.

So we're starting at three hundredths, and then we are adding eight thousandths, so you add 0.008 to get to this value. So if you were to add these two together, you're going to have three hundredths, and then the next place over is the thousandths place, and we have eight of them.

So this point right over here is 0.038, or you could do this as 38 thousandths, because three hundredths is 30 thousandths. So any way you want to view it, this is the value of the point graphed on the number line: 0.038.

More Articles

View All
‘Paris to Pittsburgh’ - Trailer | National Geographic
DONALD TRUMP: The United States will withdraw from the Paris Climate Accord. I was elected to represent the citizens of Pittsburgh, not Paris. Pittsburgh? Now what was upsetting about that, and that alliteration, was the stereotype of our past. But Pittsb…
Interpreting a parabola in context | Quadratic functions & equations | Algebra I | Khan Academy
We’re told that Adam flew his remote controlled drone off of a platform. The function f models the height of the drone above the ground in meters as a function of time in seconds after takeoff. So, what they want us to do is plot the point on the graph of…
How Lasers Work (in practice) - Smarter Every Day 33
Hey it’s me, Destin. Welcome to Smarter Every Day. So I’m in the Netherlands today and I’m hanging out with a buddy of mine that I met through a research project. His name is Johan Kr… Reinink. That. So, anyway, Johan is a laser expert, and I’ve worked…
Why you can't stop checking your phone
If I were to ask you why you originally created your social media accounts, you might come up with something similar to, “Well, to keep up with friends and family and see what they’re doing and stuff like that.” And that’s not a bad reason at all; in fact…
How Rescue Dogs Are Helping Veterans With PTSD | National Geographic
My Dog Freedom is… I can’t say he’s a pet because that’s just… it’s not enough. Freedom not just changed my life; he did save my life. I was in a hard downward spiral, literally sitting in this chair, starving myself to death. I wouldn’t answer the phone,…
Natascha McElhone: Playing Elizabeth Hopkins | Saints & Strangers
Elizabeth is a stranger. She’s not a program. She should even come for religious reasons, and this is indicative of the age and the era, 1620s. Uh, Elizabeth is introduced and is in the story largely because of her husband, Steven Hopkins. She comes with…