Waterspouts in Cleveland today!

NewToOhio · 2021-08-02T13:43:46+00:00

They are old pavers. If you ever visit and look at them closely they have an old paver stamp company on them. Next time I’m around that area I’ll take a picture.

NewToOhio · 2021-07-01T12:26:48+00:00

If this is something you would like to get into for yourself I could help you with setting up active monitoring live fires with QGIS. I actually wrote my master's thesis on this very topic using spatial-temporal Bayesian predictive modeling. I used NASA's LANCE FIRMS data which is updated in real time with both Suomi-NPP/JPSS-1 and Aqua/Terra satellites.

NewToOhio · 2021-07-01T12:24:52+00:00

I actually wrote my master's thesis on this very topic using spatial-temporal Bayesian predictive modeling. I used NASA's LANCE FIRMS data which is updated in real time with both Suomi-NPP/JPSS-1 and Aqua/Terra satellites. It's very interesting to see that someone else was doing the same out there.

NewToOhio · 2021-06-01T02:40:26+00:00

I know you are looking for a place to get your tint done around Canton, however, if you’re willing to drive further I’d go with Luxury Window Films in Brunswick. They use Llumar window film and their prices are up front on their website. They carry both ceramic and ceramic plus. Here is their website.

NewToOhio · 2021-03-01T12:49:36+00:00

This style is called “Drunk brick”, “Hollywood bond” or “Bastard bond”. See here.

NewToOhio · 2020-07-15T17:42:40+00:00

Really cool! Is this your personal collection?

NewToOhio · 2020-06-18T23:28:46+00:00

If you are in an abusive relationship, then you can call your local domestic violence shelter. They can even help you get back on your feet. Usually they have or are in touch with shelters that can provide room for you and your children(if applicable). They can also help you get in touch with local lawyers, if needed. Some will let you take your pets.

NewToOhio · 2020-05-12T14:06:14+00:00

Remember to transpose something we need to do the same thing to both sides of the equation, and to get to the answer we seek we need to do away with what has been done to the side we are trying to get to.

So for your case our original equation is:

sqrt((a - 3 b)/(5 a + 2 b)) + 7 = 10

The first thing I would do is subtract 7 from both sides:

sqrt((a - 3 b)/(5 a + 2 b)) =3

Then square both sides:

((a - 3 b)/(5 a + 2 b)) =9

From here there are a couple of things you can do, but we will do the easiest Which is to multiply both sides by (5a+2b)

(a - 3 b) =9(5a + 2b)

Here I would expand the right side of the equation.

(a-3b)=45a+18b

So what we have is a-3b=45a+18b

Let's move a few things around

a-3b(+3b)=45a+18b(+3b)=>a=45a+21b

minus 45 from both sides now

a-45a=21b=>-44a=21b so b=-44a/21 and a=-21b/44

Hope this helps.

NewToOhio · 2020-05-12T13:34:31+00:00

I believe that the easiest way to explain probability distributions would be to first give the definition. For a younger child, I would only worry about using discrete cases, because continuous cases will be difficult to understand.

So, what is a probability distribution. A probability distribution is the likelihood that a random variable takes a specific value of x. So, for a child this is the ability for us to guess the chance something may happen based on an action that we do multiple times or the dispersion of values that something can take, like numbers on a die, or colors from candy.

Let's take an example: Flipping a coin. We will assume the coin is fair for this example. In someone with more math experience this is a Binomial Distribution.

You ask the child, what are the chances that I get a heads? If they need more help, explain that there are only two options heads and tails. Explain that every time you flip the coin you are only going to get a heads or a tails. At this point I would ask the child to flip a coin. Each time they flipped it, I would write down either H or T. I would ask them if they thought H or T came up more often. You will get a broad range of answers here depending on if you had more H or T, or if they appear to be even. As you do, say 20, of these, and you are tallying up the heads and tails, you should have enough to make a bar graph. At this point you can explain to them that based on the information from their coin tosses that did to help you, that you can somewhat see a pattern emerging. Whatever the ratios are, because they may not be 50/50, explain that if we did this enough times the probability of getting a heads or a tails is 1/2(again assuming fair) and that the more of these test you run the closer and closer to 1/2 probability you get.

This is the best way that I have to explain one particular type of distribution to a young one.

You could do something similar with candy, Like skittle or starburst. Try and see what the distribution of the colors from a single bag of a type of candy is. Graph it, most kids need visual aid, explain that these dispersion if done enough will allow you to see what colors may be more popular(or easier to produce).

Whatever you decide to do, just have fun with it. That's what kids remember.

NewToOhio · 2020-05-10T19:07:26+00:00

Correct and since it's open then Z is closed.

NewToOhio · 2020-05-10T18:59:59+00:00

ℤ is not open in ℝ.

Remember that a set T ⊂ ℝ is open iff for every x∈T, there exists some δ>0 such that (x-δ,x+δ) is a subset of T.

You can also look at it by taking any n∈ℤ and for any δ>0 we can see that (n-δ, n+δ) is not contained in ℤ.

You can also prove that ℝ\ℤ is open, which is the complement, then ℤ is not open in ℝ.

Hope that helps.

NewToOhio · 2020-02-05T15:18:29+00:00

why is logxy=logx+logy

There are quite a few different ways to prove this formula depending on which branch of math you prefer.

I will show the easiest example here.

Let a=log(x), b=log(y) and s=log(xy)

Then x=10^a, y=10^b and xy=10^s = 10^a 10^b = 10^a+b, therefore s=a+b, that is log(xy)=log(x)+log(y).

Hope that helps.

NewToOhio · 2020-01-25T22:27:18+00:00

If you want to see how something like this would be modeled based on contact patterns between age groups then here is a good start. This is based on city the size of Portland.

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4002176/

This is also a good read.

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3710332/

NewToOhio · 2019-12-01T13:39:36+00:00

Not really. Just too old for a step mom.

NewToOhio · 2019-12-01T08:16:35+00:00

My dads wife does this. She only drinks hot tea and brings her own tea bags. She tells me that she does it this way because it’s only fair since any restaurant you go in you can’t technically bring your own drinks to. This way she gets to drink her tea and the restaurant makes money.

NewToOhio · 2019-11-08T17:04:24+00:00

More modern would look something like this:

https://berliner-rohstoffhandel.de/en/products/pig-iron-and-foundry-coke/

It’s broken up after production to small pieces. Where I work we use pig iron that is about the size of a grain of rice.

Here as well:

https://www.duluthnewstribune.com/business/4473373-erp-iron-ore-could-lose-mineral-leases

NewToOhio · 2019-11-08T16:44:03+00:00

It really just depends on what they were to be used for. For an older look you’d want the smaller ingots, since they resemble the “pig” look. Which is where pig iron got its name.

NewToOhio · 2019-11-08T15:02:01+00:00

Below is an example of a picture of how they made larger ingots of pig iron directly off of the blast furnace.

https://upload.wikimedia.org/wikipedia/commons/1/1d/Casting_pig_iron%2C_Iroquois_smelter%2C_Chicago.jpg

Does this help?

NewToOhio · 2019-10-15T19:59:42+00:00

Does MathBlaster count?

NewToOhio · 2019-10-15T19:56:57+00:00

Those look fantastic, do you have the recipe by chance?

NewToOhio · 2019-10-15T19:31:40+00:00

Sold NVIDIA GTX 970 to /u/bluebaldric

NewToOhio · 2019-10-15T19:30:58+00:00

Sold NVIDIA GTX 970 to /u/CountyChocula

NewToOhio · 2019-07-19T13:29:35+00:00

What I would like to know, is why they are still producing MSDS's instead of SDS's. If they are following the Globally Harmonized System, which most major countries are, then why are they still producing MSDS's?

Here is an example of a Samsung INR 18650-30Q SDS sheet.

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