Create a trapezoid:1. Comment on the lengths of the bases.
- Cut it to make it a parallelogram.
2. Describe what you removed as a result of your cuts.
- Select "Mix Up,"
- Put the shape back together.
3. Describe the tranformations (tranlate, rotate, reflect) which occured in order to put the shape back together.
Repeat this process changing a trapezoid into a rectangle, a square, and finally a rhombus.
33 comments:
the tp base was 6 units and the bottom base is 12.
to make a square we had to cut 2 triangles on the sides.
1. Base 1 is 4, base 2 is 8
2. To create the parallelogram I cut a triangle out of the trapezoid figure.
3. To put the triangle and the parallelogram back together I had to rotate the parallelogram and then slide it. With the triangle I also had to rotate and then slide the triangle.
1. Base 1 is 10 and Base 2 is 17.
2. To make the trapezoid a parallelogram I had to cut a triangle from the right side of the figure.
3. To make the parallelogram a parallelogram again, I had to rotate and translate the parallelogram. I had to do the same with the trapezoid.
1. Base 1 is 10 and Base 2 is 15.
2. To make the trapezoid a rhombus, I had to cut a trapezoid.
3. To make the trapezoid a trapezoid again, I had to rotate and slide the trapezoid. I had to do the same with the rhombus.
1. Base 1 is 8 and Base 2 is 12.
2. To make the trapezoid a rectangle, I had to cut out a trinagle.
3. To make the trapezoid a trapezoid again,I had to rotate and slide the rectangle. I had to do the same with the triangle.
1. Base 1 is 7 and Base 2 is 9.
2. To make the trapezoid a square, I had to cut out a trapezoid.
3. To make the trapezoid a trapezoid again, I had to rotate and translate the square. I had to do the same with the trapezoid.
1. Our first base is 8, the second base is 12.
2. To create our parallelogram we had to cut out a trapezoid at the right side of the trapezoid.
3.To put the shape back toghether we had to rotate the parallelogram then we had to translate the shape to its regular position. Then we had to rotate the trapezoid and then translated to its regular position.
1)Base one is 7, and the second one is 11.
2)The way we got a rhombus was by cutting out a trapezoid.
3)To put the shape together we had to rotate the rhombus and then translated to its normal figure and we did the same thing to the trapezoid.
1}Base one is 5, and base two is 7.
2}The way to create a rectangle was by cutting a triangle off.
3}To put the shape back together was by rotating both shape and, then translating back to its spot.
#1. Base 1 is 6, base 2 is 9.
#2. A way to create a square out of the trapezoid was by cutting out a trapezoid.
#3. The way you could put the shapes back into it's original spot is by rotating the shapes and translating the shapes by using slide[translating] and trun[rotating].
1. The base 1 is 4 and base 2 is 5.
2.To make it a parallelogram we had to cut the trapizoid in the top right corner.
3.To put the trapizoid back together we had to rotate the triangle and then translate it into the trapizoid then we had to rotate the parallelogram and also translate that into the trapizoid.
1.
1. Base 1 we counted 11 dots, then 4 to the right and 8 dots down,and 4 to the left and 11 dots down.
2. To create a parallelogram we had to cut a triangle we cut it to the right side.
3.Then we rotate the parallelogram to make it fit and also the triangle.
1. 1. Base 1 we counted 11 dots, then 4 to the right and 8 dots down,and 4 to the left and 11 dots down.
2. To create a rhombus we had to cut a triangle we cut it to the right side.
3.Then we rotate the rhombus to make it fit and also the triangle.
1.Base 1 is 10 from left to right,and 4 dots and 4 dots down and 17 from left to right.
2.
3.Then we mix up the square and put it back together by rotating and translating.
1. Base 1 is 13 and base 2 is 19.
2. We created the parallogam by cuting the leangth of the trapaziod and made a triangle.
3. To put the shape back we rotatied and translat ed the parallagram and the triangle.
4. Base 1 is 8 and base 2 is 12.
5. we cut it by 5 by 5 and cut out a square.
6. For all the shapes we rotatied and translasted.
1. Base 1 is 13 and base 2 is 19.
2. We created the parallogam by cuting the leangth of the trapaziod and made a triangle.
3. To put the shape back we rotatied and translat ed the parallagram and the triangle.
4. Base 1 is 8 and base 2 is 12.
5. we cut it by 5 by 5 and cut out a square.
6. For all the shapes we rotatied and translasted.
first we made a trapezoid that had a bottom base of 15 and a top base of 9. Then we cut off two triangles and made a rectangle that had a length of 9 and a width of 7. We know its a rectangle because it does not have equal sides.
PARALLELOGRAM
1. The trapezoids base one is fifteen and base two is seven.
2. I removed a triangle to make a parallelogram from the bottom left of the trapezoid.
3. I rotated the parallelogram then translated it to put it in the right spot then I rotated the triangle then translated it into the right spot.
SQUARE
1. The trapezoids base's are four by six.
2. I cut off two triangles to make the square.
1.Base one is 9 and base two is 15.
2.to create the parallelogram I had to cut off the triangle from the left side of the figure.
3.To put the shapes back together i had to rotate the parallelogram and the triangle.
2.1.base one is 5 and base two is 7
2.to make the parallelogram into a rectangle i had to cut off from the left side a trapezoid and from the left side a triangle.
3.To put the shapes backI had to rotate a triangle a rectangle and a trapezoid
3.1.base one is 7 and base two is 12.
2.To make the parallelogram into a sqaure i had to cut off from the left & right a trapezoid
3. to put the shapes back together i had to rotate and flip the two trapezoid and a sqaure
4.1 base one is 6 and base to is 10
2.to make the parallelogram into a rhombus i had to cut off from the left a a trapezoid and from thre right a triangle
3.to put the shapes back together i had to flip and rotate the trapezoid the triangle and the square
1) Base 1 is 19, base 2 is 10
2)i cut the trapezoid into a smaller trapezoid, and a rhombus .To get it back in the outline, i translated, and rotated clockwise 90 degrees, x- , and y+. the slope of the cut figure was up 5 over 4.
1. Base 1 was 9 and base 2 was 15.
2. We removed a trapezoid to make the parrellelogram.
3.When we put the shapes together to make the trapezoid(parrellelogram) we had to move the two shapes up(Y+).
1. Base 1 is 4 and base 2 is 15.
2. I removed a equillateral tringle.
3. I rotated the parallelogram counter clockwise and then clockwise to make it fit. I translated the shape over the x axis and then across to the left of the y axis.I rotated the triangle clockwise. I translated the triangle across to the left of the y axis.
1) The length of base 1 was 6, the length of base 2 was 12. As a result of the cuts the trapezoid became a parallelogram , we had to remove a triangle. When we mixed up the shapes the procedures we did to remake the shape was to rotate the parallelogram counter clockwise and then translated it + y-axis. Then we rotated the triangle clockwise and translated the figure - y-axis.
2) The legnth of base 1 is 4, the length of base 2 is 8. As a result of cutting the trapezoid we got a square and a triangle. When we remade the shape when it was mix up we rotated the square and then translated it. We translated the triangle then then we rotated it.
1) Our first base is 1 the second base is 3.
2) To create our parallelogram we had to cut out a triangle at the right side of the trapezoid.
3) To put the shape back toghether we had to rotate the triangle then we had to slide the shape to its regular position. Then we had to rotate the parallelogram and then slide to its regular position.
1.base one is 9
base two is 19.
2. to make the parallelagram I had to cut out triangle on the right corner.
3.to put the trapezoid back together Ihad to slide and turn the triangle and the rhombus.
1.base one is 13.
base two is17.
2.I had to cut a parallelagram on the left corner and a parallelagram on the right corner to make rectangle.
3.to p;ut it back together i had to flip.slide and turn the shape.
PARALLELOGRAM:
1. Base one: Of our trapezoid is 6
Base two: Of our trapezoid is 10.
2. We cut a triangle from the right end of the trapezoid and got a parallelogram.
3. We rotated the parallelogram over to a 90 degree angle.We rotated the triangle piece clockwise to a 90 degree angle. We also translated both shapes across the graph.
RHOMBUS:
1. Base one: Of our trapezoid is 10.
Base two: Of our trapezoid is 21.
2. We cut a rhombus from the left side of our trapezoid.
3. We rotated the rhombus 180 degrees counter clockwise. We translated the triangle upward, and also translated the rhombus.
RECTANGLE:
1. Base one: Of our trapezoid is 5.
Base two: Of our trapezoid is 9.
2. We cut a rectangle form the middle of our trapezoid.
3. We rotated the square by a little, and rotated the triangles 180 degrees. We translated all of the shapes.
First Trapezoid:
1. Base 1: Base one is the top which is 7.
Base 2: Base two is the bottom which is 14.
2. I made a trapezoid and the cut it to make it a parallelogram. So to make it a parallelogram i had to cut off a triangle.
3. Now i have to put it back together which I have to use tranfsformations. So to put it back together I use translation and rotation, and refelction.
1.Base 1 - is 6 sqaures
Base 2 - is 13 sqaures
To make the parellelogram into a trapoziod we had to cut out the triangle with a slope of positive 8 and positive 3.
To get the " mix up" back to its original figure we turned the parallelogram counter clockwise 90 degrees and translated it to the left. The we turn triangle clockwise about 90 degrees and translated it to the left.
2.Base- 13 sqaure
Base 2 -5 sqaure
couldn't make a rhombus out of this trapezoid.
(note: we spent all our time on this) =-(
1.base 1 is 9, and base 2 is 20
2. we cut a triangle out of the right side of the trapizod to make a parallelogram.
3. we translated the parallelogram y+x and rotated it clockwise, and we translated the triangle the y+ and rotated clockwise.
1.Base 1 is 8 , and base 2 is 21
2.WE cut one triangle on the left side and another triangle off the right side.
3.we rotated the rectangle clockwise and translated x-
the triangle on the right was translated x- and rotated clockwise
the triangle on the left was translated y+ and rotated counter clockwise.
1.Base 1 is 5, and base 2 is 15
2.We cut two triangles from the right and left side
3.WE translated the square y+ and rotated it clockwise, the triangle on the leftwas rotated counter clockwise and trans lated y+, the triangle on the right was trans lated y+
1) For the base 1 the length is 10 dots.
2)For base 2 the length is 18
1)I had to cut a trapezoid and a triangle to make a parallelogram
Dicription:I slided the figuers 8 times turned them 6b times fliped them 1 time i fliped the rectangle clockwise the trepazoid clockwise triangle conterclockwise
1.Base one is seven dots long and base two is nine dots long.
2.We cut off a triangle to create a rectangle.
3.First we rotated the triangle 180 degrees clockwise, Thean we traslated y+.Than we rotated the rectangle 90 degrees counter clockwise and we translated x- and y-.
1:
THE LENTH OF THE FIRST BASE IS 8, THE SECOND BASES LENGTH IS 13.
2:
WHAT WE REMOVED AS A RESULT OF CUTING THE TRAPAZOID WAS A TRAPAZOID
3:
WHEN WE PUT THE SHAPES BACK TOGETHER WE ROTATED THE RECTANGLE CLOCKWISE 90 DEGREES AND TRANSLATED THE RECTANGLE X- THEN Y+.
4:
WHEN WE PUT THE SHAPES BACK TOGETHER WE ROTATED THE TRAPAZOID 180 DEGREES CLOCKWISE WE TRANSLATED THE TRAPAZOID X-.
1.BASE 1=7...BASE 2=5
2.WHEN I CUT PUT THE POINTS I HAD A TRAPAZOID.
3.IN ORDER TO PUT THE RHOMBUS BACK I ROTATED IT ABOUT 180 DEGREES AND TRANSLATED IT -X AND Y+
1.BASE 1 IS 7 & BASE 2 IS 11
2.I REMOVED A TRAPIZOID TO MAKE A PARALLELOGRAM.
3.I ROTATED THE TRAPIZOID 180* COUNTERCLOCK WISE.I ALSO ROTATED THE PARALLELLAGRAM 90* CLOCKWISE.
... * DEGREES
1 BASE 1 IS 5 & BASE 2 IS 12.
2
1.BASE ONE WAS NINE AND BASE TWO WAS ELEVEN.
2.AS THE RESULT OF OUR CUT WE MADE AN OTHER TRAPEZOID AND A SQUARE.
3.FIRST WE ROTATED OUR TRAPEZIOD 90 DEGREES COUNTER CLOCKWISE THAN WE TRANSLATED THE TRAPEZIOD X-.FOR OUR SQUARE FIRST WE ROTATED IT ABOUT 15 DEGREES CLOCKWISE THAN WE TRANSLATED THE SQAURE Y+ AND X-
1. The length of the bases were 7 and 14.
2.In the cutting we removed a triangle and a parallelogram.
3. To the triangle we rotated 90 degrees counter clockwise and then translation and to the parallelogram we rotated 180 degrees counter clockwise and then translated.
1) The length of the bases were 6 and 11.
2) In the cutting there were 2 triangles and a square.
3) To one of the triangles we rotated about 35 degrees clockwise and then translated. To the square we rotated about 10 degrees counter clockwise and then translated. To the second triangle we rotated 90 clockwise and then translated once more.
1.The length of the bases was 13 and 21.
2.In the cutting the shapes that were built were a rectangle and two triangles.
1)Base 1 is 6.
Base 2 is 10.
2)i cut out a triangle from the right of the traezoid to make parallelogram.
3)i tured the triangle clockwise 90*and the parallelogram 180* counter clockwise
1)base 1 is 6.
base 2 is 14.
2) i cut 2 triangle's from the left and right of the trapezoid to order to make a rectangle.
3)triangle 1 i had to turn it 90* clockwise and triangle 2 i turn 180* clochwise and the rectangle 90* counter clockwise.
trapezoid too a parallelogram=
1. Base 1 is 12, and base 2 is 8.
2. To get a parallelogram i had too cut out a trapezoid out of the left side.
3.I had to rotate the trapezoid clockwise to get it too the original shape and then slide it down. I had too rotate the parallelogram counterclockwise and then slide it upp.
Trapezoid too a rectangle=
1. Base 1 is 6 and base 2 is 10.
2. too get a rectangle i had too cut offa triangle from the right side and a triangle from the left side.
3. too get the rectangle too its original spot i had too slide the rectangle up and rotate it clockwise.
Too get the triangle too its original spot i had too slide it up and rotate it counterclockwise. tooo get the other triangle too its original spot i had too slide itt up and rotate it 90 degrres counterclockwise.
1:
THE LENGTH OF THE FIRST BASE IS 10,
THE LENGTHOF THE SECOND BASE IS 12
2:
THE RESULT OF CUTTING THE TRAPAZOID IS A TRAPAZOID.
3:
Trapeziod to Parallelogram
1) the base for 1 is 4 and base for 2 is 14.
2) As a result of our cut we had to remove a triangle.
3) What we did is we got the parallelograam and we rotated it and we did the same thing for the triangle.
Trapezoid to a square
1) The base 1 is 7 and the second base is 19
2) As a result of our cut we had to remove a triangles to make a square.
3) What we did is we got the triangle and rotated it 180 clock wise the same to the other triangle and for the square we rotated it 90 clockwise.
Trapezoid to a Rectangle
1) The 1 base is 8 and second base is 20
2)As a result of our cut we had to remove 2 trianlges to get a rectangle.
3) What we did is we rotated the 2 triangles 180 clockwise and we rotated threctangle 90 clockwise.
Trapezoid to a Rhombus
1) The 1 base is 6 and the second base is 20
2) As a result of our cut we removed a
3)
First trapezoid
1.the first base was 10 and the bottom was 14.
2 we removed the parrelalogram and triangle by creating a line the 9th point at the bottom of the base.
3.we turned the parrelalogram by a 180 turn clockwise .and we turned the triangle by 30 degrees clockwise
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