I don't know but the person who invented it was an airplane mechanic who was fiddling with the springs in a jet, so if you research into it you might be able to find yoru answer
If the cut is parallel to the long dimension, then each piece is 40 inches long, but its width is 1/2 of the original board's width. If the cut is parallel to the short dimension, then the width is preserved, and each piece is 20 inches long. If the cut is parallel to to the flat, then each piece is 40 inches long and has the original width, but is only 1/2 the thickness of the original board.
The volume is zero. "30 inches by 30 inches" is a flat, square place, on a table, a piece of paper, or the ground. You can't put anything in it because it has no "in" .
Given the information in the question, there is no need for any inequality. the flat surface can be described as an equality. Outer diameter = one and a half inches => outer radius = 0.75 inches. Inner diameter = three fourths inches => inner radius = 0.375 inches. Area = pi*(0.752 - 0.3752) square inches. So one possible set of inequalities is 0 < area < 1,000,000,000 sq inches!
only if the mirror is flat
If you place a flat pan with straight up and down sides outdoors and it rains, you can measure with a ruler the depth of the rainwater in the pan . If you measure 3.5 inches of water, then you have had 3.5 inches of rain.
(87 feet) x (12 inches/foot) = 1,044 inches of flat wire
(87 feet) x (12 inches/foot) = 1,044 inches of flat wire
To find the length of coiled wire in the slinky, calculate the circumference of each circle by using the formula 2πr. Then, multiply this by the number of circles (assuming they are all the same size) to get the total length of wire used. Finally, convert the total length to inches if needed.
When flat on the ground and not coiled, a rattlesnake will be between 1 1/2 and 2 inches tall depending on the overall size of the snake.
Each Slinky contains 67 feet of flat steel wire, and weighs approximately 1/2 pound.
Oh, dude, a slinky is like, around 2.5 inches in diameter and 2.75 inches tall when compressed. But like, when you stretch it out, it can like, reach up to 87 feet long. So, it's like, short and stubby when it's chilling, but it can totally stretch out and do its thing when you give it some space.
We thank you for adopting a slinky! Now that you have a slinky of your own, you can find many uses for your little friend. Traditional uses involve putting the slinky atop a high object -commonly a staircase. Place the slinky on one flat end, and then tip the top of the slinky, so the other flat end falls onto the next lowest area -in this case, the next stair step. The slinky will then begin to fall down the stairs on its own, flipping and flopping over itself as it goes. If you wish, you may sing the Slinky Song as it does so. Slinkies are also useful for stretching, and particularly loing ones can be used for clumsy games of jumprope, emulating a sine graph (wonderful for distracting physics students!), and wrapping around things. The ends of a slinky can also be used for poking things, but we ask you not to harm anyone with your slinky, for it makes the slinky sad. Remember to take good care of your slinky, lest it get tangled and very hard to unravel. We wish you years of fun with your slinky, and perhaps you'll find even more uses for it.
If you take a rope and coil it up on a flat table, you will get the basic idea of what a coiled shell looks like. Or, you could look at a cinnamon roll which is the culinary equivalent of a coiled shell. I'm going to let you decide....does a lobster look like a cinnamon roll?
If the cut is parallel to the long dimension, then each piece is 40 inches long, but its width is 1/2 of the original board's width. If the cut is parallel to the short dimension, then the width is preserved, and each piece is 20 inches long. If the cut is parallel to to the flat, then each piece is 40 inches long and has the original width, but is only 1/2 the thickness of the original board.
A dog may sleep in a number of ways depending on what makes it comfortable. It may sleep on its side, flat on its tummy, or coiled.
This category includes establishments primarily engaged in manufacturing leaf springs, hot wound springs, and coiled flat springs.
A dog may sleep in a number of ways depending on what makes it comfortable. It may sleep on its side, flat on its tummy, or coiled.