Tattoo Shops In Wisconsin Dells

Tattoo Shops In Wisconsin Dells

A Poster Can Have A Maximum Perimeter Of 42 Inches

Good Question ( 66). Let's assume width of the page be x inches and its length be y inches So, Perimeter = 42 inches. Ask a live tutor for help now. First, you multiply the width by 2. And of course, if that distance is 21 feet, this distance is also going to be 21 feet.

A Poster Can Have A Maximum Perimeter Of 42 Inches Tall

I'm in 4rth grade and I'm trying to figure it out... '(5 votes). Let's do 78 minus 21 minus 21. Crop a question and search for answer. How do you find the area of a cricle(4 votes). So the side length is 12 centimeters. So this distance right over here is 21 feet. A poster can have a maximum perimeter of 42 inches to feet. This positive number is 12. Mike built a rectangular dog pen that is 21 feet long and has a perimeter of 78 feet. So we need to find what positive number times itself would give 144. So let's at least subtract these two orange lengths, the two 21 feet, from the 78 feet. And we know how we figure out the perimeter. Enjoy live Q&A or pic answer.

'How would you find the perimeter of a circle? ' Check Solution in Our App. Let's find: =, for area to be maximum = 0. How would you figure the area of a pentagon?

A Poster Can Have A Maximum Perimeter Of 42 Inches To Feet

So one way to back into what the width is is to say, well, look if we sum up all of these lengths, we're going to get 28 feet. Width of printed area = x-3 & length of printed area = y-2: area =. Its length is 21 feet. The printing area within the page would be determined by top and bottom margins of 1 inch from each side, and the left and right margins of 1. Gauth Tutor Solution. Area & perimeter word problem: dog pen (video. So let's think about. Gauthmath helper for Chrome. And if we add them together, we get to 36. Depth is not something that you would calculate so much as you would just measure it.

Im bored, school is boring(7 votes). The area is given in square centimeters, so the side length is in centimeters. So that's 78 minus 42. So we need to figure out the width. And what's that going to be equal to? And also, which is the fastest and easiest way of doing this?? And let's remind ourselves what 36 feet is.

A Poster Can Have A Maximum Perimeter Of 42 Inches

And then we figure out how much length essentially these two widths have to make up. You would need a starting place - something like sea level (the surface of the sea), then you would just measure down to the bottom to find depth. Afterwards, 18/2 = 9. That's the total length-- or I should say the total width-- if we were to take the width down here and add it to the width up here. What is the width of Mike's dog pen? This process is called taking the square root. So the perimeter is 78 feet. A poster can have a maximum perimeter of 42 inches. I hope this helped a bit! Try adding all of these up together. Still have questions? And 78 minus 42-- I don't want to make a careless mistake-- 78 minus 42 is going to get me to 36. How to calculate depth?

The area of a square is the side length times itself. Grade 11 · 2022-09-17. Check the full answer on App Gauthmath. And this one up here must also be 18. So it might look something like this. The area of a square is 144 square centimeters.

A Poster Can Have A Maximum Perimeter Of 42 Inches In Length

I'll do my best to draw it, a rectangle or potential dog pen. Edit: Ask me if you need help:)(3 votes). And, ∴ Overall dimensions of the page in order to maximize the printing area is page should be 11 inches wide and 10 inches long. And you add the two lengths, plus 21 plus 21. Well, we know that 18 plus 18 is equal to 36. So this one down here must be 18. Now, they also tell us that the perimeter is 78 feet. Which is, of course, equal to-- 36 plus 42 is equal to 78, which is the perimeter. A page should have perimeter of 42 inches. The printing area within the page would be determined by - Brainly.com. For example, what I learned was 78/2 and then take that answer and subtract by the one length that the problem gives you, because the formula that I learned was 2(L+W). This is what we needed the two widths to add up to-- plus 42.

We solved the question! So this is equal to 36. These are the exact same width, that this distance is the same as this distance. Sal figures out the width of a dog pen. And the width would be this length-- or this width, I should say-- this width, which is going to be the same thing as that width right over here. A poster can have a maximum perimeter of 42 inches tall. Point your camera at the QR code to download Gauthmath. So let's say that this is the dog pen right over here. Is there another way of doing this? If we added this distance, 21 feet, to this distance, the width, plus 21 feet to the width again, we're going to get to 78 feet.

A Poster Can Have A Maximum Perimeter Of 42 Inches Long

And we can verify that. If you want to figure out the area, just multiply 4 and 9, and the product is 36 feet squared. The formula is pi times the radius squared. You add the two widths. Provide step-by-step explanations.

And they give us its length. What is the length of one side of the square? 5 inches from each side. And you are left with 36, which is exactly what we got here.

Tue, 14 May 2024 07:21:55 +0000