beedw,mewwm,d
i think u can classify it in 2 ways
they both have right angles , they're both quadrangles, they both have parallel lines, and they both have straight lines
They are both 4 sided quadrilaterals They both have 2 diagonals The both have 2 equal acute and 2 equal obtuse interior angles that add up to 360 degrees
Here are some ways they are alike:They certainly have 4 sides.They are both polygons.They are both 2 dimensional.They are both 4 sided quadrilaterals.
beedw,mewwm,d
They are both ways of representing parts of whole numbers.
you can use a protractor or the paper test to see if the angle is a right angleDegrees and radians.
Three ways (I think).
List them both, or say there is no mode. That's frustrating, but I've seen textbooks that go both ways.
You can estimate angles by using right, acute, and obtuse, or just by simply using a protractor. A protractor isn't a person who is a pro at driving tractors, its a semi-circle shaped math tool. XD
To change a ratio into an equivalent ratio, multiply (or divide) both of the numbers by the same number. For example, multiply both numbers by 2 to obtain the ratio 6:38 Multiply both numbers by 3 of obtain the ratio 9:57 Or multiply both numbers by 4 to obtain the ratio 12:76
hunting them or damaging their habitat,both can lead to reduced numbers
Write 2 ways in which whole numbers and decimal numbers are different
in the 80s, 50s, 60s and if you go both ways the 70s(sometimes). i play both nose guard and offensive tackle and my number is 67.
A simple ruler measures sides. A protractor does so much more than a simple ruler! A protractor can be used on both sides (with numbers facing you, or turned over). A protractor can be turned upside down. A protractor lets you draw points for measurements and then construct a visual representation when you connect those points. For example, lay the protractor on paper with the flat line down, the half circle up. Make a dot or small ' at the middle. Without moving the protractor, make another dot halfway between the mid-point and the bottom of the protractor. Make another end point at the corner of the protractor. Lift up the protractor and using the flat side, draw a line between the dots or marks you made. What shape did you make?One use of protractors: Deeds for land give feet and perches for each "line" around a property (land). A piece of property is rarely ever square. It may have small sections that stick out or are cut back from the main line. A property can be any shape. Knowing how to use a protractor, and knowing how to scale down the measurements, you can mark out the points for each line. This can show you the shape of your ancestor's land as it looked in say, 1792, or 1830 (depends on the date of the deed).Learn to play with your protractor. Ask your teacher to show you how you can flip it over to do a different shape. Learn how to scale--- such as 1 inch of your work/drawing equals 10 measured feet. (A scale just needs to be consistent.) Measure your classroom, then make it a 1-inch per each 10 feet. So if one side of your classroom is 20 feet long, your picture for that side would be 2-inches long. Say the width of your classroom is 30 feet wide, so your lines for width would be 3-inches.There's ALL kinds of ways to use and many uses for a protractor. Become curious and see what this small tool can do!
they read both ways