- Table View
- List View
Cube and net of a cube (UEB uncontracted)
by RnibHere are two images: a cube, and a net of a cube. Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each. There will be a locator dot shown at the top left of each A5 page when it is the correct way up.Cube - The image of a cube is on the left of the sheet. It shows the 3D shape of a cube in perspective so that two of the side faces and the top face of the cube can be found. All the six faces of a cube are square but the three shown in this image are distorted. Each of the faces shown has a different texture (or different shade of blue in the Large Print image). The three faces shown have been numbered to correspond to the numbered faces on the net of a cube.Net of a cube - The net of a cube is on the right of the sheet. It is a flat (2D) image of its faces, arranged so that they can be folded together to make the solid 3D shape of the cube.To make the 3D shape, the 2D shape should be folded along the dashed lines between the squares so that all of the edges meet.A cubes net can be made with other arrangements of six equally sized squares.
Cuboid and Net of a cuboid (Large Print)
by Rnib BookshareHere are two images: a cuboid, and a net of a cuboid.Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each.There will be a locator dot shown at the top left of each A5 page when it is the correct way up.Cuboid- The image of a cuboid is on the left of the sheet. It shows the 3D shape of a cuboid in perspective so that two of its side faces and its top face can be found. All the six faces of a cuboid are rectangular and opposite faces have the same dimensions. The three faces shown in this image are distorted because of the perspective view. Each of the faces shown has a different texture (or different shade of blue in the Large Print image).The three faces shown have been numbered to correspond to the numbered faces on the net of a cuboid.Net of a cuboid - The net of a cuboid is on the right of the sheet. It is a flat (2D) image of its faces, arranged so that they can be folded together to make the solid 3D shape of the cuboid.To make the 3D shape, the 2D shape should be folded along the dashed lines between the rectangles so that all of the edges meet.A cuboids net can be made with other arrangements of three pairs of rectangles.
Cuboid and Net of a cuboid (UEB Contracted)
by Rnib BookshareHere are two images: a cuboid, and a net of a cuboid.Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each.There will be a locator dot shown at the top left of each A5 page when it is the correct way up.Cuboid- The image of a cuboid is on the left of the sheet. It shows the 3D shape of a cuboid in perspective so that two of its side faces and its top face can be found. All the six faces of a cuboid are rectangular and opposite faces have the same dimensions. The three faces shown in this image are distorted because of the perspective view. Each of the faces shown has a different texture (or different shade of blue in the Large Print image).The three faces shown have been numbered to correspond to the numbered faces on the net of a cuboid.Net of a cuboid - The net of a cuboid is on the right of the sheet. It is a flat (2D) image of its faces, arranged so that they can be folded together to make the solid 3D shape of the cuboid.To make the 3D shape, the 2D shape should be folded along the dashed lines between the rectangles so that all of the edges meet.A cuboids net can be made with other arrangements of three pairs of rectangles.
Cuboid and Net of a cuboid (UEB Uncontracted)
by Rnib BookshareHere are two images: a cuboid, and a net of a cuboid.Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each.There will be a locator dot shown at the top left of each A5 page when it is the correct way up.Cuboid- The image of a cuboid is on the left of the sheet. It shows the 3D shape of a cuboid in perspective so that two of its side faces and its top face can be found. All the six faces of a cuboid are rectangular and opposite faces have the same dimensions. The three faces shown in this image are distorted because of the perspective view. Each of the faces shown has a different texture (or different shade of blue in the Large Print image).The three faces shown have been numbered to correspond to the numbered faces on the net of a cuboid.Net of a cuboid - The net of a cuboid is on the right of the sheet. It is a flat (2D) image of its faces, arranged so that they can be folded together to make the solid 3D shape of the cuboid.To make the 3D shape, the 2D shape should be folded along the dashed lines between the rectangles so that all of the edges meet.A cuboids net can be made with other arrangements of three pairs of rectangles.
Cylinder and Net of a cylinder (Large Print)
by Rnib BookshareThere are two images on this A4 sheet: a cylinder, and a net of a cylinder. You can cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each. There will be a locator dot shown at the top left of each A5 page when it is the correct way up. Cylinder - The image of a cylinder is on the left of the sheet. It shows the 3D shape of a cylinder in perspective so that both the side and top faces of the cylinder can be found. The circular shape of the top of the cylinder has been distorted in this image so that it appears to be an ellipse (oval). The cylinders one curved side face is down the page. The circular cross section of the cylinder stays the same to its bottom face. Each of the faces shown has a different texture (or different shade of yellow in the Large Print image) The top and side faces have been numbered to correspond with the faces on the net of a cylinder. Net of a cylinder - The net of a cylinder is on the right of the sheet. It is a flat (2D) image of its faces, arranged so that they can be folded together to make the solid 3D shape of the cylinder. The circular top face of the cylinder is at the top of the image. Down the page from this are the side and bottom faces of the cylinder. To make the 3D shape, the left and right edges of the side face are bent round to meet each other and the circular top is folded down to meet the top of the side face and the bottom face is folded up to meet the side face.
Cylinder and Net of a cylinder (UEB Contracted)
by Rnib BookshareThere are two images on this A4 sheet: a cylinder, and a net of a cylinder. You can cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each. There will be a locator dot shown at the top left of each A5 page when it is the correct way up. Cylinder - The image of a cylinder is on the left of the sheet. It shows the 3D shape of a cylinder in perspective so that both the side and top faces of the cylinder can be found. The circular shape of the top of the cylinder has been distorted in this image so that it appears to be an ellipse (oval). The cylinders one curved side face is down the page. The circular cross section of the cylinder stays the same to its bottom face. Each of the faces shown has a different texture (or different shade of yellow in the Large Print image) The top and side faces have been numbered to correspond with the faces on the net of a cylinder. Net of a cylinder - The net of a cylinder is on the right of the sheet. It is a flat (2D) image of its faces, arranged so that they can be folded together to make the solid 3D shape of the cylinder. The circular top face of the cylinder is at the top of the image. Down the page from this are the side and bottom faces of the cylinder. To make the 3D shape, the left and right edges of the side face are bent round to meet each other and the circular top is folded down to meet the top of the side face and the bottom face is folded up to meet the side face.
Cylinder and Net of a cylinder (UEB Uncontracted)
by Rnib BookshareThere are two images on this A4 sheet: a cylinder, and a net of a cylinder. You can cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each. There will be a locator dot shown at the top left of each A5 page when it is the correct way up. Cylinder - The image of a cylinder is on the left of the sheet. It shows the 3D shape of a cylinder in perspective so that both the side and top faces of the cylinder can be found. The circular shape of the top of the cylinder has been distorted in this image so that it appears to be an ellipse (oval). The cylinders one curved side face is down the page. The circular cross section of the cylinder stays the same to its bottom face. Each of the faces shown has a different texture (or different shade of yellow in the Large Print image) The top and side faces have been numbered to correspond with the faces on the net of a cylinder. Net of a cylinder - The net of a cylinder is on the right of the sheet. It is a flat (2D) image of its faces, arranged so that they can be folded together to make the solid 3D shape of the cylinder. The circular top face of the cylinder is at the top of the image. Down the page from this are the side and bottom faces of the cylinder. To make the 3D shape, the left and right edges of the side face are bent round to meet each other and the circular top is folded down to meet the top of the side face and the bottom face is folded up to meet the side face.
Four-sided pyramid and Net of a four-sided pyramid (Large Print)
by Rnib BookshareHere are two images: a four-sided pyramid, and a net of a four-sided pyramid. Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each. There will be a locator dot shown at the top left of each A5 page when it is the correct way up. Four-sided pyramid - The image of a four-sided pyramid is on the left of the sheet. It shows the 3D shape of a four-sided pyramid in perspective so that two of its four side faces can be found. The base of a four-sided pyramid is square and the four sides are triangular. The two faces shown in this image are distorted because of the perspective view. They have different textures (or different shades of pink in the Large Print image). The two faces have been numbered to correspond to the numbered faces on the net of a four-sided pyramid. Net of a four-sided pyramid - The net of a four-sided pyramid is on the right of the sheet. It is a flat (2D) image of its faces, arranged so that they can be folded together to make the solid 3D shape of the four-sided pyramid. To make the 3D shape, the 2D shape should be folded along the dashed lines between the faces so that all of the edges meet. A four-sided pyramids net can be made with other arrangements of the faces.
Four-sided pyramid and Net of a four-sided pyramid (UEB Uncontracted)
by Rnib BookshareHere are two images: a four-sided pyramid, and a net of a four-sided pyramid. Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each. There will be a locator dot shown at the top left of each A5 page when it is the correct way up. Four-sided pyramid - The image of a four-sided pyramid is on the left of the sheet. It shows the 3D shape of a four-sided pyramid in perspective so that two of its four side faces can be found. The base of a four-sided pyramid is square and the four sides are triangular. The two faces shown in this image are distorted because of the perspective view. They have different textures (or different shades of pink in the Large Print image). The two faces have been numbered to correspond to the numbered faces on the net of a four-sided pyramid. Net of a four-sided pyramid - The net of a four-sided pyramid is on the right of the sheet. It is a flat (2D) image of its faces, arranged so that they can be folded together to make the solid 3D shape of the four-sided pyramid. To make the 3D shape, the 2D shape should be folded along the dashed lines between the faces so that all of the edges meet. A four-sided pyramids net can be made with other arrangements of the faces.
Four-sided pyramid and Net of a four-sided pyramid (UEB Contracted)
by Rnib BookshareHere are two images: a four-sided pyramid, and a net of a four-sided pyramid. Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each. There will be a locator dot shown at the top left of each A5 page when it is the correct way up. Four-sided pyramid - The image of a four-sided pyramid is on the left of the sheet. It shows the 3D shape of a four-sided pyramid in perspective so that two of its four side faces can be found. The base of a four-sided pyramid is square and the four sides are triangular. The two faces shown in this image are distorted because of the perspective view. They have different textures (or different shades of pink in the Large Print image). The two faces have been numbered to correspond to the numbered faces on the net of a four-sided pyramid. Net of a four-sided pyramid - The net of a four-sided pyramid is on the right of the sheet. It is a flat (2D) image of its faces, arranged so that they can be folded together to make the solid 3D shape of the four-sided pyramid. To make the 3D shape, the 2D shape should be folded along the dashed lines between the faces so that all of the edges meet. A four-sided pyramids net can be made with other arrangements of the faces.
Sphere and Sphere cut in half (Large Print)
by Rnib BookshareHere are two images: a sphere and a sphere cut in half. A sphere is 3D ball shape. Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each. There will be a locator dot shown at the top left of each A5 page when it is the correct way up. Sphere - This image of a sphere is on the left of the sheet. The 3D shape has one curved surface with no corners or edges. It is completely symmetrical around its centre with all points on its surface the same distance from its centre point. Sphere cut in half - This image of a sphere cut in half is on the right of the sheet. It has been cut horizontally through the centre so that it now has one curved surface and one flat surface. The cross section of a sphere is at the top of the image. It is a perfect circle. This view of the cross section is distorted so that it appears to be an ellipse (oval) because it is viewed in perspective.
Sphere and Sphere cut in half (UEB Uncontracted)
by Rnib BookshareHere are two images: a sphere and a sphere cut in half. A sphere is 3D ball shape. Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each. There will be a locator dot shown at the top left of each A5 page when it is the correct way up. Sphere - This image of a sphere is on the left of the sheet. The 3D shape has one curved surface with no corners or edges. It is completely symmetrical around its centre with all points on its surface the same distance from its centre point. Sphere cut in half - This image of a sphere cut in half is on the right of the sheet. It has been cut horizontally through the centre so that it now has one curved surface and one flat surface. The cross section of a sphere is at the top of the image. It is a perfect circle. This view of the cross section is distorted so that it appears to be an ellipse (oval) because it is viewed in perspective.
Sphere and Sphere cut in half (UEB Contracted)
by Rnib BookshareHere are two images: a sphere and a sphere cut in half. A sphere is 3D ball shape. Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each. There will be a locator dot shown at the top left of each A5 page when it is the correct way up. Sphere - This image of a sphere is on the left of the sheet. The 3D shape has one curved surface with no corners or edges. It is completely symmetrical around its centre with all points on its surface the same distance from its centre point. Sphere cut in half - This image of a sphere cut in half is on the right of the sheet. It has been cut horizontally through the centre so that it now has one curved surface and one flat surface. The cross section of a sphere is at the top of the image. It is a perfect circle. This view of the cross section is distorted so that it appears to be an ellipse (oval) because it is viewed in perspective.
Three-sided pyramid and Net of a three-sided pyramid (Large Print)
by Rnib BookshareHere are two images: a three-sided pyramid, and a net of a three-sided pyramid. Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each. There will be a locator dot shown at the top left of each A5 page when it is the correct way up. Three-sided pyramid - The image of a three-sided pyramid is on the left of the sheet. It shows the 3D shape of a three-sided pyramid in perspective so that two of its three side faces can be found. The base of a three-sided pyramid is triangular and the three sides are triangular. The two faces shown in this image are distorted because of the perspective view. They have different textures (or different shades of green in the Large Print image). The two faces have been numbered to correspond to the numbered faces on the net of a three-sided pyramid. Net of a three-sided pyramid - The net of a three-sided pyramid is on the right of the sheet. It is a flat (2D) image of a pyramids faces, arranged so that they can be folded together to make the solid 3D shape of the three-sided pyramid. To make the 3D shape, the 2D shape should be folded along the dashed lines between the faces so that all of the edges meet. A three-sided pyramids net can be made with other arrangements of the faces.
Three-sided pyramid and Net of a three-sided pyramid (UEB Contracted)
by Rnib BookshareHere are two images: a three-sided pyramid, and a net of a three-sided pyramid. Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each. There will be a locator dot shown at the top left of each A5 page when it is the correct way up. Three-sided pyramid - The image of a three-sided pyramid is on the left of the sheet. It shows the 3D shape of a three-sided pyramid in perspective so that two of its three side faces can be found. The base of a three-sided pyramid is triangular and the three sides are triangular. The two faces shown in this image are distorted because of the perspective view. They have different textures (or different shades of green in the Large Print image). The two faces have been numbered to correspond to the numbered faces on the net of a three-sided pyramid. Net of a three-sided pyramid - The net of a three-sided pyramid is on the right of the sheet. It is a flat (2D) image of a pyramids faces, arranged so that they can be folded together to make the solid 3D shape of the three-sided pyramid. To make the 3D shape, the 2D shape should be folded along the dashed lines between the faces so that all of the edges meet. A three-sided pyramids net can be made with other arrangements of the faces.
Three-sided pyramid and Net of a three-sided pyramid (UEB Uncontracted)
by Rnib BookshareHere are two images: a three-sided pyramid, and a net of a three-sided pyramid. Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each. There will be a locator dot shown at the top left of each A5 page when it is the correct way up. Three-sided pyramid - The image of a three-sided pyramid is on the left of the sheet. It shows the 3D shape of a three-sided pyramid in perspective so that two of its three side faces can be found. The base of a three-sided pyramid is triangular and the three sides are triangular. The two faces shown in this image are distorted because of the perspective view. They have different textures (or different shades of green in the Large Print image). The two faces have been numbered to correspond to the numbered faces on the net of a three-sided pyramid. Net of a three-sided pyramid - The net of a three-sided pyramid is on the right of the sheet. It is a flat (2D) image of a pyramids faces, arranged so that they can be folded together to make the solid 3D shape of the three-sided pyramid. To make the 3D shape, the 2D shape should be folded along the dashed lines between the faces so that all of the edges meet. A three-sided pyramids net can be made with other arrangements of the faces.
Triangular prism and Net of a triangular prism (Large Print)
by Rnib BookshareHere are two images: a triangular prism, and a net of a triangular prism. Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each.There will be a locator dot shown at the top left of each A5 page when it is the correct way up.Triangular prism - The image of a triangular prism is on the left of the sheet. It shows the 3D shape of a triangular prism in perspective so that two of its five faces can be found. A triangular prism has three rectangular faces and two triangular faces. The two faces shown in this image are distorted because of the perspective view. They have different textures (or different shades of yellow in the Large Print image). The two faces have been numbered to correspond to the numbered faces on the net of a triangular prism. Net of a triangular prism - The net of a triangular prism is on the right of the sheet. It is a flat (2D) image of a triangular prisms faces, arranged so that they can be folded together to make the solid 3D shape of the triangular prism. To make the 3D shape, the 2D shape should be folded along the dashed lines between the faces so that all of the edges meet.A triangular prisms net can be made with other arrangements of the faces.
Triangular prism and Net of a triangular prism (UEB Uncontracted)
by Rnib BookshareHere are two images: a triangular prism, and a net of a triangular prism. Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each.There will be a locator dot shown at the top left of each A5 page when it is the correct way up.Triangular prism - The image of a triangular prism is on the left of the sheet. It shows the 3D shape of a triangular prism in perspective so that two of its five faces can be found. A triangular prism has three rectangular faces and two triangular faces. The two faces shown in this image are distorted because of the perspective view. They have different textures (or different shades of yellow in the Large Print image). The two faces have been numbered to correspond to the numbered faces on the net of a triangular prism. Net of a triangular prism - The net of a triangular prism is on the right of the sheet. It is a flat (2D) image of a triangular prisms faces, arranged so that they can be folded together to make the solid 3D shape of the triangular prism. To make the 3D shape, the 2D shape should be folded along the dashed lines between the faces so that all of the edges meet.A triangular prisms net can be made with other arrangements of the faces.
Triangular prism and Net of a triangular prism (UEB Contracted)
by Rnib BookshareHere are two images: a triangular prism, and a net of a triangular prism. Cut along the fine vertical line down the centre of the A4 sheet, to make two A5 pages with an image on each.There will be a locator dot shown at the top left of each A5 page when it is the correct way up.Triangular prism - The image of a triangular prism is on the left of the sheet. It shows the 3D shape of a triangular prism in perspective so that two of its five faces can be found. A triangular prism has three rectangular faces and two triangular faces. The two faces shown in this image are distorted because of the perspective view. They have different textures (or different shades of yellow in the Large Print image). The two faces have been numbered to correspond to the numbered faces on the net of a triangular prism. Net of a triangular prism - The net of a triangular prism is on the right of the sheet. It is a flat (2D) image of a triangular prisms faces, arranged so that they can be folded together to make the solid 3D shape of the triangular prism. To make the 3D shape, the 2D shape should be folded along the dashed lines between the faces so that all of the edges meet.A triangular prisms net can be made with other arrangements of the faces.
Star Profile (large Print)
by Rnib BookshareThis page shows a labelled star profile, which is a type of rating test for food qualities. There is a locator dot shown, which will be at the top left of the page when the image is the right way up. The ""star"" is in the centre of the page. It has eight arms, each marked in four intervals along its length: each represents a different sensory descriptor. A thick dashed line joins up the results on each scale and encloses a fine textured area. Several individual profiles can be easily compared by overlaying them.
Star Profile (UEB contracted)
by Rnib BookshareThis page shows a labelled star profile, which is a type of rating test for food qualities. There is a locator dot shown, which will be at the top left of the page when the image is the right way up. The ""star"" is in the centre of the page. It has eight arms, each marked in four intervals along its length: each represents a different sensory descriptor. A thick dashed line joins up the results on each scale and encloses a fine textured area. Several individual profiles can be easily compared by overlaying them.
Star Profile (UEB uncontracted)
by Rnib BookshareThis page shows a labelled star profile, which is a type of rating test for food qualities. There is a locator dot shown, which will be at the top left of the page when the image is the right way up. The ""star"" is in the centre of the page. It has eight arms, each marked in four intervals along its length: each represents a different sensory descriptor. A thick dashed line joins up the results on each scale and encloses a fine textured area. Several individual profiles can be easily compared by overlaying them.
Normal Distribution Curve (Large Print)
by Rnib BookshareThis line graph shows a single curved line which peaks in the middle and slopes down to the x-axis to the left and right. There is a locator dot shown, which will be at the top left of the page when the image is the right way up. The x-axis has 5 labels: from the left -2SD, -1SD, Mean in the centre, +1 SD, and +2SD on the right. SD stands for standard deviations. The y-axis is not shown. The graph line is sectioned into six portions by dotted vertical lines from the marked x-axis labels. Percentages and arrows are labelled on the graph to show each area's proportion of the whole.
Normal Distribution Curve (UEB Contracted)
by Rnib BookshareThis line graph shows a single curved line which peaks in the middle and slopes down to the x-axis to the left and right. There is a locator dot shown, which will be at the top left of the page when the image is the right way up. The x-axis has 5 labels: from the left -2SD, -1SD, Mean in the centre, +1 SD, and +2SD on the right. SD stands for standard deviations. The y-axis is not shown. The graph line is sectioned into six portions by dotted vertical lines from the marked x-axis labels. Percentages and arrows are labelled on the graph to show each areas proportion of the whole.
Normal Distribution Curve (UEB Uncontracted)
by Rnib BookshareThis line graph shows a single curved line which peaks in the middle and slopes down to the x-axis to the left and right. There is a locator dot shown, which will be at the top left of the page when the image is the right way up. The x-axis has 5 labels: from the left -2SD, -1SD, Mean in the centre, +1 SD, and +2SD on the right. SD stands for standard deviations. The y-axis is not shown. The graph line is sectioned into six portions by dotted vertical lines from the marked x-axis labels. Percentages and arrows are labelled on the graph to show each areas proportion of the whole.