everyone shaber 1000 here we're going to do another food review today I'm with monkey at work for some reason after yesterday she wanted me to come with her today she only had a couple patience so I decided to come while we stopped at the circle K and I wanted to try these out they're from Tom's and they are and they are the bacon cheddar fries $2 now they're on sale from 279 so we're going to give these a shot also Ben believe it or not I have never ever had a McRib yeah I was like man that's looking pretty good so next time I go to McDonald's which is gonna be soon I'm gonna try a McRib and I will film it so great review by the way Ben so but he had never had one but anyway this is what we want to try today I'm in the truck she's at her last patience and we got to go when we get back in town I gotta go take this alternator back probably argue with them some more now the batteries going bad it's starting to crank over kind of slow because I think she really she kept trying to start this thing when it was you know when it was dead and you can't do that if your batteries like really drained really low and it's cranking slow leave it alone you know just do what you got do charge you get a jump whatever but if you sit keep cranking on it's not good for him so but anyway let's get on to these things I don't want to see if I can open these I should have already opened them but smell pretty good I do like these we had we ate them but we had the barbecue ones a minute ago I should have did a review on them as well but hey and think about it but six ounces so if you look down in there so but anyway I like the handicap fries and that's what these reminded me of so I don't hear Bruno Bruno's with me here you go alright so he likes it let's give these a shot oh wow wow these are awesome guys if you like bacon and cheddar most people do but love these man these are packed full of flavor awesome try a couple more it's like a circus in my mouth very good two thumbs up I'm gonna rate these a seven and a half these things so alright the view for you now circle case not the only ones that carry these the toms a lot of different stores do so it's a name brand so it's not their brand we've got these that like Speedway and stuff just you'll have to look around I don't know for sure but so alright guys won't get off here let you go I'm gonna eat some of these save some of these for monkey and the video what one of my very next videos is going to be of a couple places that I filmed before one of them is demolished now and two of them is old houses monkey says they look like they were jacked up and looking like they were going to move them so keep an eye out for that video to be coming up either tonight tomorrow I don't know but we're going to check them places out after after we leave here oh good button keep an eye out for some more awesome videos thanks for your support I appreciate it don't forget to check out BXX32 he's awesome monkey 1000 she's awesome too many to list so now that being said she bears a myth man a legend gone for now and we'll chat soon bye bye guys take care


Hi, today we're going to learn about the ultrasonic distance sensor. This sensor is one of the most commonly used sensors in any sort of tech, electronics or robotics projects. What's really cool about this sensor is that bats and dolphins use the exact same technology. They use something called echolocation to see. What echolocation is, is basically bats and dolphins, they'll emit some sort of high frequency sound, they'll wait for that sound to go, bounce off some sort of object and then come back to them. And by measuring the amount of time it takes for their sound to bounce off an object and come back, they can basically see and determine how far an object is and they can map out the environment around them. What's really cool about this as well is that the speed of sound is constant. So because we know the speed of sound, which is roughly 330 meters per second, we can use this sensor to determine basically how far an object is based on the amount of time. So if it takes a long amount of time for the audio source to go leave the sensor and then come back, that means that the object is far and if it takes a very short amount of time for the signal to come back, that means the object is very close. So if you look carefully at your sensor, you'll see that there are two cylindrical shapes attached to your sensor.  What these two shapes are, are basically an emitter and a receiver. That means like a transmitter and a receiver. What they do is that one of these eyes, right, will basically send out an audio source and the other one will be listening for the audio source.  This is how this works. One of them is a mouth and one of the other cylinders is a receiver. Moving on, next let's see the actual electrical connections and the pins used on this sensor and how we can connect it to read data off of it. First of all, let's look at the extreme left and right of our sensor. You'll see that there's a VCC pin and a GND pin. These are basically a power pins. VCC is standing for positive and GND being your negative power pin. In the middle, you'll see that the two more interesting pins. These are trig and echo. You probably wouldn't have heard of these pins in any of the sensors. What trig and echo stand for are trigger and echo. Trigger is sort of what it sounds like. When your microcontroller, such as an Arduino, microbit or a Raspberry Pi, send a trigger signal. That means that they're asking the sensor for a value, a distance value. So imagine you've attached and you want to get a distance value. The microcontroller will send a trigger signal. Once this trigger signal is received by the sensor, the sensor will emit an audio wave. So it'll emit an audio signal and then it'll wait for it to bounce back and come back to the receiver. And once it receives it, this is what gets interesting. You see the other pin that's called echo? That echo pin will send back a signal to whatever device you're using. Okay, so now we're going to learn how to actually write code for it. I'm going to teach you how to write code on an Arduino based device. You can also use the same technique to write code for a Raspberry Pi or a microbit. Basically, what you need is a compatible library for your device. So on the Arduino, how we're going to do it is we're going to go into Sketch. We're going to include library, manage libraries. I'll pop up like this will come. We'll put in our distance sensor. It's CSR04. I've already installed the first one. I'll just go ahead and install the second one here. Any library is fine. We're going to go into File, Examples, and find a library here. Click on it, and this is an example code right here. So over here, we can see, first of all, we create an object. In this case, the guy has called the object, 8C. And in brackets, what we're going to do is we're going to initialize our trigger pin and our echo pin in this order. First trigger pin, second the echo pin. So imagine my trigger pin is connected to pin 8. I'll put pin 8 here, and my echo benefits in pin 9. I'll put pin 9 here. Let's give it a nice name. 8C is not a great name. Let's call it Distance Sensor. Distance Sensor, right? And what we're going to do is once you go inside our loop here, what this code is doing is basically printing on the screen our distance value. So let's make this a little bit more easier to understand. Let's create a variable here. I'm going to create a variable called double distance meaning. And this variable will hold the value of the distance that we're currently reading. And how we get that distance is by putting an object which we initialize here, Distance Sensor. So put that down, Distance Sensor.Dist. So that's the function that this library uses to read the value from the distance that we've attached. And add a semicolon, and that's it. So now our variable distance reading will contain the value from that Distance Sensor that it's been read. And the good thing about the library is it does all the processing for you. So you can do all the electronic signal processing and let's give you a value of a distance in centimeters. And then we print on the screen. See what we're doing is basically printing on the screen our variable distance reading. And that's it. That's our code. If you have any questions, you can drop them down in the comment section below. If you like this tutorial, do hit like. And subscribe for more tutorials like this. Thanks.


Every year, hundreds of homes are lost to wildfire, but this home survived a recent firestorm because the owners took the time to create a defensible space. These low-growing plants and well-spaced trees slowed the fire enough to keep it from burning through to the house. You can create a defensible space at your house by using fire-resistant plants and clearing dead brush and dry grass from your property. Be fire safe, California. Fire is a fact of life in California. Every year, hundreds of homes are lost to this destructive force. In a recent firestorm, I was one of the lucky ones. My house survived. But it wasn't all luck. Years ago, I took the time to make my home fire-safe by creating a defensible space and using fire-resistant plants around my house. So plan ahead, be a survivor, be fire-safe, California.