Collection of Organic Chemistry Clipart (23)

The image is a graphic representation of organic chemistry. It is titled "Organic Chemistry 67 Graphics" and has a blue background with white text. The graphic is divided into 61 sections, each representing a different chemical compound. The first section is labeled "alkanes" and shows the chemical compound's structure, which consists of a carbon atom, a hydrogen atom, and a carbon dioxide atom. The carbon atom is represented by a hexagonal structure, while the hydrogen atom is shown by a carbon atoms. The hydrogen atom represents the carbon atom and the carbon atoms represent the carbon dioxide atoms. There are also several

The image is a collection of 16 icons related to science and chemistry. The icons are arranged in a grid of 4 rows and 4 columns. The first row of icons includes a molecule, a molecule with atoms, a DNA strand, a gear, and a microscope. The second row includes a globe, a atom with atoms and molecules, a radioactive symbol, a test tube with a liquid in it, a flask with a funnel, a lightbulb, and an atom. The third row includes two flasks with liquid, a funnel with a handle, a magnet, a brain with a brain, and two light

The image is an illustration of a young girl with long red hair and a green shirt. She is holding a stack of books in her hands and is smiling at the camera. The background is white and there are several letters arranged in a grid-like pattern. The letters are in different colors - blue, green, and yellow. The girl appears to be happy and excited, as if she is about to write or write something on the books.

The image is a molecular model of a chemical compound. It consists of six hexagons arranged in a hexagonal pattern, each with a different color - red, yellow, green, blue, and orange. The hexagons are connected by a series of lines, representing the chemical bonds between the two compounds. On the top left corner of the image, there is a chemical formula labeled "OH" and on the top right corner, there are two chemical bonds labeled "CH2OH". On the bottom left corner, the chemical compound is labeled "O-CH3OH". The image appears to be a representation of the structure of the compound, with the hexagons representing the bonds and the chemical structure representing the carbon atoms. The molecules are connected to each other by lines, indicating that they are connected in a specific direction. The background is white, making the colors of the molecules stand out.

The image is a molecular model of a molecule. It consists of six interconnected spheres, each with a different color - green, orange, and blue. The spheres are connected by black lines, creating a complex network of interconnectedness. The orange sphere is in the center of the image, with the green sphere on the left and the blue sphere in the middle. The black lines are connected to the orange sphere, creating an interconnected structure. The background is transparent, allowing the colors of the spheres to stand out.

The image is a set of three black and white line icons. On the left, there is a beaker with a pipette and a test tube filled with liquid. The beaker is on the right side of the image and has a flask with a liquid inside. The flask has a small amount of liquid in it, which appears to be a mixture of different substances. In the center, there are three interconnected circles, each representing a different type of chemical structure. The circles are connected by lines, representing the interconnectedness of the molecules. The molecules are arranged in a symmetrical pattern, with the largest circle in

The image is a molecular model of a molecule. It consists of six pink spheres connected by a black line. The spheres are arranged in a symmetrical pattern, with the largest sphere in the center and the smaller ones on either side. The black line is connected to the pink spheres, creating a complex network-like structure. The background is white, making the pink sphere stand out.

The image is a 3D model of a molecular structure. It consists of three spheres, one green and one gray, arranged in a triangular formation. The green sphere is on the left side of the image, while the gray sphere is in the center. The spheres are connected by a series of white spheres at the bottom. The background is plain white. The structure appears to be made up of two atoms, one on top of the other.

The image is a simple illustration of an atom. It is a symmetrical design with six lines radiating outwards from the center, creating a star-like shape. The lines are orange in color and are arranged in a way that they form a star shape. In the center of the star, there is a small orange heart-shaped icon. The background is white. The overall design is simple and minimalistic.

The image is an illustration of organic chemistry. It has a pink background with the words "Organic Chemistry" written in purple at the top. On the left side of the image, there is a microscope with a cannabis leaf on it. Next to the microscope, there are three chemical structures - a molecule, a flask, and a test tube. The molecule is made up of hexagonal cells, and the flask and test tube are filled with red liquid. The test tube is connected to the molecule with a blue liquid. There are also three other chemical structures in the image - one is a hexagon, one is an atom

The image is a collection of six illustrations related to chemical reactions. The illustrations are arranged in a grid-like pattern, with each illustration representing a different chemical reaction. The first illustration on the top left shows a pink beaker with a chemical formula written on it. Next to it, there is a yellow candle with a flame burning inside it. The second illustration shows a chemical structure with a hydrogen atom and a hydrogen molecule. The third illustration shows two chemical structures, one with a blue atom and the other with a yellow atom. The fourth illustration shows an atom with a red atom and two blue atoms. The fifth

The image is a set of four illustrations of different types of chemical structures. The first illustration on the top left shows a flask with a pink liquid inside, representing a chemical compound. The second illustration shows a molecule with a green liquid inside it, representing an atom. The third illustration shows two molecules, one with a blue liquid and the other with a yellow liquid, representing the chemical compound, with the letters "A5OH" and "O2" written above them. The fourth illustration shows an atom with a red liquid inside and a green molecule in the middle. The fifth illustration shows the molecule with the word "Ph"

The image is a red hibiscus flower sticker. The flower is in the shape of a hibis flower with six petals and a yellow center. The petals are arranged in a symmetrical pattern, with the center of the flower being the largest and the outer edges being the smallest. The center is a darker shade of red and has a small cluster of small red dots on the top right corner. The sticker has a white outline, making it stand out against the red background.

The image is a 3D model of a molecular structure. The structure is made up of multiple spheres of different colors - red, orange, green, blue, and purple - arranged in a symmetrical pattern. The spheres are connected by a series of interconnected lines, representing the structure of the molecule. The background is white, and there is a gray line on the right side of the image that appears to be a molecular model of the same molecule.

The image is the cover of a book titled "Thinking through the Laboratory: An Organic Chemistry II Workbook" by Colleen Kelley. The cover is predominantly white with colorful illustrations and text. The illustrations are arranged in a grid-like pattern, with various scientific and laboratory-related items such as a microscope, a beaker, a flask, a test tube, a flasks, a microscope stand, a lightbulb, a molecule, a book, and a molecule. The text is written in a playful font and is in a light blue color. The title of the book is in green and yellow colors at the

The image is a collection of nine illustrations of different types of laboratory equipment. The illustrations are arranged in a grid-like pattern on a white background. The first illustration on the top left shows a green flask with a blue cap and a blue flask with an oxygen tank attached to it. Next to it, there is a blue molecule with a skull and crossbones symbol on it. The molecule is connected to a blue pipe with a green liquid inside. In the center of the image, there are two blue flasks with green liquid in them. On the right side of the flask, there appears to be

The image shows two laboratory flasks, one in red and the other in blue. The flasks are made of glass and have a conical shape with a wide neck and a narrow base. The red flask has a small hole in the middle and is filled with a red liquid. The blue flask is on the right side of the image and has a round base with a small opening at the top. Above the flasks and flask, there is a molecular structure made up of hexagonal cells in different colors - orange, green, blue, and red. There are also two red circles on the top left corner of the flask

The image is a black and white square with a geometric pattern. Inside the square, there is a text that reads "ORGANIC CHEMISTRY!" in all caps. The text is written in a bold, sans-serif font and is centered in the middle of the square. The background is made up of multiple intersecting lines that form a grid-like pattern, creating a sense of depth and dimension. The overall design is simple and minimalistic.

The image is a digital illustration of a laboratory flask. The flask is green in color and has a long neck with two curved spouts on either side. The spouts are connected by a thin black line. There are three green spheres floating in the flask, which appear to be floating in a pool of water. The background is transparent, making the flask stand out.

The image is a 3D rendering of a molecular structure. It appears to be a group of spheres arranged in a symmetrical pattern, with each sphere having a different size and shape. The spheres are of different sizes and colors, with some being larger and others being smaller. The structure is made up of multiple spheres, with the largest sphere in the center and the smaller ones on either side. The background is white, making the spheres stand out. The overall appearance of the structure is shiny and metallic.

The image is a structural formula of a chemical compound. It consists of a hexagonal structure with two carbon atoms on the left side and two nitrogen atoms on top. The carbon atoms are connected by a series of lines, representing the bonds between the two compounds. The molecule on the right side is labeled "NH2" and has a chemical symbol on the bottom right corner. The background is transparent, making the molecule stand out.

The image is a molecular model of a molecule. It consists of six hexagonal structures, each with a different color - beige, blue, green, and black. The hexagons are arranged in a hexagonal pattern, with the largest hexagon in the center and the smallest hexagon on the sides. On top of the hexagons, there are three green and blue spheres connected by a black line. The molecules appear to be connected by lines, creating a network-like structure. The background is white.

The image is a collection of various chemical formulas and formulas written in black ink on a white background. There are six different types of chemical formulas written on the image, including a flask, a beaker, a flask with a pink liquid, a molecule, and a molecule with a green liquid. The formulas are arranged in a grid-like pattern, with each formula written in a different color and size. The first formula is "H3C", the second formula is H2C, the third formula is CH-OH, the fourth formula is OH, the fifth formula is PH2O2, the