| __ | 1. | chlorophyll | | A. | green pigment that can use light energy to make sugar |
| __ | 2. | chloroplast | | B. | a pore/opening that is surrounded by guard cells |
| __ | 3. | guard cells | | C. | transport water and is consist of xylem and phloem |
| __ | 4. | lamellae | | D. | the protective, outer layer of a leaf |
| __ | 5. | midrib | | E. | part of the bundle; transports water and minerals |
| __ | 6. | phloem | | F. | links one thylakoid to another of different grana |
| __ | 7. | stoma | | G. | transport food (amino acids & glucose) |
| __ | 8. | upper epidermis | | H. | organelle that is responsible for photosynthesis |
| __ | 9. | vein (vascular bundle) | | I. | sausage-shaped cells that surround a stoma |
| __ | 10. | xylem | | J. | the central rib/vein of the leaf |
| __ | 11. | granum | | A. | evaporation of water from plant leaves |
| __ | 12. | palisade mesophyll | | B. | the layer that has many air spaces; below palisade mesophyll |
| __ | 13. | palmate veins | | C. | veins begin at base and run along side each other |
| __ | 14. | parallel veins | | D. | water repelling layer on the surface of a leaf |
| __ | 15. | pinnate veins | | E. | veins begin at base and radiate out like fingers |
| __ | 16. | spongy mesophyll | | F. | space inside the thylakoid disc |
| __ | 17. | thylakoid | | G. | layer of elongated cells under the upper epidermis |
| __ | 18. | thylakoid lumen | | H. | main veins extend from one large vein |
| __ | 19. | transpiration | | I. | flattened sacs inside the chloroplast |
| __ | 20. | waxy cuticle | | J. | stacks of thylakoid |