Use Geometric Shapes to Describe Objects: CCSS.Math.Content.HSG-MG.A.1 - Geometry
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Identify all of the different shapes that make up the following figure of a two-dimensional snowman.
Identify all of the different shapes that make up the following figure of a two-dimensional snowman.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional snowman,
the figure can be broken down into one main geometric shape, a circle. The base, torso, and head of the snowman are all circles and the arms are lines. Therefore, the geometric shapes of the two-dimensional snowman are circles and lines.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional snowman,
the figure can be broken down into one main geometric shape, a circle. The base, torso, and head of the snowman are all circles and the arms are lines. Therefore, the geometric shapes of the two-dimensional snowman are circles and lines.
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Identify all of the different shapes that make up the following figure of a three-dimensional open box.
Identify all of the different shapes that make up the following figure of a three-dimensional open box.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the three-dimensional open box,
two figure can be broken down into two main shapes, one which is a three-dimensional shape and the other is a two-dimensional shape. The box itself can be described as a rectangular prism. The lid of the box, which is up and thus making the box open is a rectangle.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the three-dimensional open box,
two figure can be broken down into two main shapes, one which is a three-dimensional shape and the other is a two-dimensional shape. The box itself can be described as a rectangular prism. The lid of the box, which is up and thus making the box open is a rectangle.
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Objects in the real world can be described in geometric shapes. What geometric shape describes a coffee mug without a handle?
Objects in the real world can be described in geometric shapes. What geometric shape describes a coffee mug without a handle?
In the three-dimensional world a coffee mug without a handle has a bottom and top in the shape of a circle. The three-dimensional connection between the top and the bottom creates a cylinder. Therefore, the geometric shape that best describes the coffee mug is an open cylinder since there is no top on the coffee mug.
In the three-dimensional world a coffee mug without a handle has a bottom and top in the shape of a circle. The three-dimensional connection between the top and the bottom creates a cylinder. Therefore, the geometric shape that best describes the coffee mug is an open cylinder since there is no top on the coffee mug.
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Objects in the real world can be described in geometric shapes. What geometric shape describes the rim of a basketball hoop?
Objects in the real world can be described in geometric shapes. What geometric shape describes the rim of a basketball hoop?
A basketball hoop is constructed of a pole, a backboard, a rim, and a net that is attached to the rim. Since the question is asking for the geometric shape that describes the rim, recall that the rim of the basketball hoop has the geometric shape of a circle.
A basketball hoop is constructed of a pole, a backboard, a rim, and a net that is attached to the rim. Since the question is asking for the geometric shape that describes the rim, recall that the rim of the basketball hoop has the geometric shape of a circle.
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Sally orders a pair of shoes from an online store. The box that the shoes arrived in can be described as what geometric shape?
Sally orders a pair of shoes from an online store. The box that the shoes arrived in can be described as what geometric shape?
A box in three-dimensional space can be describes as either a cube or a rectangular prism depending on the side lengths. Since rectangular prism is the only option available, this is the best option. Most shoe boxes in general are rectangular prisms since shoes are longer than they are wide.
A box in three-dimensional space can be describes as either a cube or a rectangular prism depending on the side lengths. Since rectangular prism is the only option available, this is the best option. Most shoe boxes in general are rectangular prisms since shoes are longer than they are wide.
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Identify all of the different shapes that make up the following figure of a two-dimensional wagon.
Identify all of the different shapes that make up the following figure of a two-dimensional wagon.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the following two-dimensional wagon,
the figure can be broken down into three different shapes. The body of the wagon is a rectangle, the wheels are seen geometrically as circles and the handle is a quadrilateral.
Recall that to be a square, the quadrilateral has to have four equal side lengths.
A parallelogram must have opposite parallel sides, this particular figure doesn't give enough information to determine whether the handle is a parallelogram.
A quadrilateral is a more correct statement as it describes a figure with four sides.
Therefore, the correct answer is, "Rectangle, Circle, Quadrilateral".
In the world around us, all figures can be looked at in geometric shapes.
Looking at the following two-dimensional wagon,
the figure can be broken down into three different shapes. The body of the wagon is a rectangle, the wheels are seen geometrically as circles and the handle is a quadrilateral.
Recall that to be a square, the quadrilateral has to have four equal side lengths.
A parallelogram must have opposite parallel sides, this particular figure doesn't give enough information to determine whether the handle is a parallelogram.
A quadrilateral is a more correct statement as it describes a figure with four sides.
Therefore, the correct answer is, "Rectangle, Circle, Quadrilateral".
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Identify all of the different shapes that make up the following figure of a two-dimensional boat.
Identify all of the different shapes that make up the following figure of a two-dimensional boat.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional boat,
the boat can be broken down into three geometric shapes. The bottom of the boat is a trapezoid, the pole in the center of the boat is a rectangle and the sail is a triangle.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional boat,
the boat can be broken down into three geometric shapes. The bottom of the boat is a trapezoid, the pole in the center of the boat is a rectangle and the sail is a triangle.
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Identify all of the different shapes that make up the following figure of a two-dimensional flagpole.
Identify all of the different shapes that make up the following figure of a two-dimensional flagpole.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional flagpole,
the flagpole can be broken down into two geometric shapes. The pole portion of the flagpole can be described as a rectangle and the flag is in the shape of a triangle.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional flagpole,
the flagpole can be broken down into two geometric shapes. The pole portion of the flagpole can be described as a rectangle and the flag is in the shape of a triangle.
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Identify all of the different shapes that make up the following figure of a two-dimensional stop light.
Identify all of the different shapes that make up the following figure of a two-dimensional stop light.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional stop light,
the figure can be broken down into two geometric shapes. The outside portion of the stop light is a rectangle and the lights are in the form of circles.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional stop light,
the figure can be broken down into two geometric shapes. The outside portion of the stop light is a rectangle and the lights are in the form of circles.
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Identify all of the different shapes that make up the following figure of a two-dimensional non traditional stop sign.
Identify all of the different shapes that make up the following figure of a two-dimensional non traditional stop sign.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional non traditional stop sign,
the figure can be broken down into two geometric shapes. It is important to point out that this stop sign is a non traditional one. Normal stop signs are octagons which have eight sides. This particular stop side only has six sides and is therefore a hexagon. Therefore, this non traditional stop sign can be broken down into a hexagon and a rectangle.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional non traditional stop sign,
the figure can be broken down into two geometric shapes. It is important to point out that this stop sign is a non traditional one. Normal stop signs are octagons which have eight sides. This particular stop side only has six sides and is therefore a hexagon. Therefore, this non traditional stop sign can be broken down into a hexagon and a rectangle.
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Objects in the real world can be described in geometric shapes. What geometric shape describes a water silo?
Objects in the real world can be described in geometric shapes. What geometric shape describes a water silo?
In the three-dimensional world a water silo has a bottom and top in the shape of a circle. The three-dimensional connection between the top and the bottom creates a cylinder. Therefore, the geometric shape that best describes the silo is a cylinder.
In the three-dimensional world a water silo has a bottom and top in the shape of a circle. The three-dimensional connection between the top and the bottom creates a cylinder. Therefore, the geometric shape that best describes the silo is a cylinder.
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Objects in the real world can be described in geometric shapes. What geometric shape describes a basketball?
Objects in the real world can be described in geometric shapes. What geometric shape describes a basketball?
A basketball is a three-dimensional object that when cut down the middle has a circular base. The geometric shape that describes a basketball is known as a sphere.
A basketball is a three-dimensional object that when cut down the middle has a circular base. The geometric shape that describes a basketball is known as a sphere.
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Identify all of the different shapes that make up the following figure of a two-dimensional wagon.
Identify all of the different shapes that make up the following figure of a two-dimensional wagon.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the following two-dimensional wagon,
the figure can be broken down into three different shapes. The body of the wagon is a rectangle, the wheels are seen geometrically as circles and the handle is a quadrilateral.
Recall that to be a square, the quadrilateral has to have four equal side lengths.
A parallelogram must have opposite parallel sides, this particular figure doesn't give enough information to determine whether the handle is a parallelogram.
A quadrilateral is a more correct statement as it describes a figure with four sides.
Therefore, the correct answer is, "Rectangle, Circle, Quadrilateral".
In the world around us, all figures can be looked at in geometric shapes.
Looking at the following two-dimensional wagon,
the figure can be broken down into three different shapes. The body of the wagon is a rectangle, the wheels are seen geometrically as circles and the handle is a quadrilateral.
Recall that to be a square, the quadrilateral has to have four equal side lengths.
A parallelogram must have opposite parallel sides, this particular figure doesn't give enough information to determine whether the handle is a parallelogram.
A quadrilateral is a more correct statement as it describes a figure with four sides.
Therefore, the correct answer is, "Rectangle, Circle, Quadrilateral".
Compare your answer with the correct one above
Identify all of the different shapes that make up the following figure of a two-dimensional boat.
Identify all of the different shapes that make up the following figure of a two-dimensional boat.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional boat,
the boat can be broken down into three geometric shapes. The bottom of the boat is a trapezoid, the pole in the center of the boat is a rectangle and the sail is a triangle.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional boat,
the boat can be broken down into three geometric shapes. The bottom of the boat is a trapezoid, the pole in the center of the boat is a rectangle and the sail is a triangle.
Compare your answer with the correct one above
Identify all of the different shapes that make up the following figure of a two-dimensional flagpole.
Identify all of the different shapes that make up the following figure of a two-dimensional flagpole.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional flagpole,
the flagpole can be broken down into two geometric shapes. The pole portion of the flagpole can be described as a rectangle and the flag is in the shape of a triangle.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional flagpole,
the flagpole can be broken down into two geometric shapes. The pole portion of the flagpole can be described as a rectangle and the flag is in the shape of a triangle.
Compare your answer with the correct one above
Identify all of the different shapes that make up the following figure of a two-dimensional stop light.
Identify all of the different shapes that make up the following figure of a two-dimensional stop light.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional stop light,
the figure can be broken down into two geometric shapes. The outside portion of the stop light is a rectangle and the lights are in the form of circles.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional stop light,
the figure can be broken down into two geometric shapes. The outside portion of the stop light is a rectangle and the lights are in the form of circles.
Compare your answer with the correct one above
Identify all of the different shapes that make up the following figure of a two-dimensional non traditional stop sign.
Identify all of the different shapes that make up the following figure of a two-dimensional non traditional stop sign.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional non traditional stop sign,
the figure can be broken down into two geometric shapes. It is important to point out that this stop sign is a non traditional one. Normal stop signs are octagons which have eight sides. This particular stop side only has six sides and is therefore a hexagon. Therefore, this non traditional stop sign can be broken down into a hexagon and a rectangle.
In the world around us, all figures can be looked at in geometric shapes.
Looking at the two-dimensional non traditional stop sign,
the figure can be broken down into two geometric shapes. It is important to point out that this stop sign is a non traditional one. Normal stop signs are octagons which have eight sides. This particular stop side only has six sides and is therefore a hexagon. Therefore, this non traditional stop sign can be broken down into a hexagon and a rectangle.
Compare your answer with the correct one above
Objects in the real world can be described in geometric shapes. What geometric shape describes a water silo?
Objects in the real world can be described in geometric shapes. What geometric shape describes a water silo?
In the three-dimensional world a water silo has a bottom and top in the shape of a circle. The three-dimensional connection between the top and the bottom creates a cylinder. Therefore, the geometric shape that best describes the silo is a cylinder.
In the three-dimensional world a water silo has a bottom and top in the shape of a circle. The three-dimensional connection between the top and the bottom creates a cylinder. Therefore, the geometric shape that best describes the silo is a cylinder.
Compare your answer with the correct one above
Objects in the real world can be described in geometric shapes. What geometric shape describes a basketball?
Objects in the real world can be described in geometric shapes. What geometric shape describes a basketball?
A basketball is a three-dimensional object that when cut down the middle has a circular base. The geometric shape that describes a basketball is known as a sphere.
A basketball is a three-dimensional object that when cut down the middle has a circular base. The geometric shape that describes a basketball is known as a sphere.
Compare your answer with the correct one above
Sally orders a pair of shoes from an online store. The box that the shoes arrived in can be described as what geometric shape?
Sally orders a pair of shoes from an online store. The box that the shoes arrived in can be described as what geometric shape?
A box in three-dimensional space can be describes as either a cube or a rectangular prism depending on the side lengths. Since rectangular prism is the only option available, this is the best option. Most shoe boxes in general are rectangular prisms since shoes are longer than they are wide.
A box in three-dimensional space can be describes as either a cube or a rectangular prism depending on the side lengths. Since rectangular prism is the only option available, this is the best option. Most shoe boxes in general are rectangular prisms since shoes are longer than they are wide.
Compare your answer with the correct one above