Root hairs develop from the: – Casparian strip. – pericycle. – cortex. – endodermis. – epidermis.
Root hairs develop from the:
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Root hairs develop from the: – Casparian strip. – pericycle. – cortex. – endodermis. – epidermis.
Most of a carrot, a root adapted for carbohydrate storage, is: – endodermis. – phloem. – xylem. – pericycle. – cortex.
In leaves, chloroplasts are found in _____. – xylem – palisade mesophyll – phloem – cuticle
Which of the following makes up most of an old tree trunk? – secondary xylem – primary phloem – meristem tissue – primary xylem – secondary phloem
Which of these tissues is between the epidermis and the vascular bundle in a young dicot stem? – phloem – pith – cortex – ground tissue – xylem
In a dicot stem, the ________ is between the vascular cambium and the cork cambium. – vascular cambium – phloem – vascular cylinder – cork – xylem
How is the supply of vascular cambium maintained? – by the differentiation of apical meristem – by the differentiation of secondary xylem – by the division of its cells – by the differentiation of cork – by the differentiation of secondary phloem
What is the function of cork? – regulating the opening and closing of stomata – providing a site for photosynthesis – providing cells for primary growth – providing cells for secondary growth – insulation and waterproofing
Vascular cambium forms wood toward the stem’s _____ and secondary phloem toward the stem’s _____. – surface … center – center … center – surface … surface – top … bottom – center … surface
____ provides cells for secondary growth. – Vascular cambium – Secondary phloem – Secondary xylem – Apical meristem – The root