Apical meristem, lateral meristem, intercalary meristem

Root meristem

Vascular meristem

Cortex meristem

The function of xylem in plants is to transport water and minerals and provide structural support.

To transport sugars and carbohydrates throughout the plant.

To facilitate photosynthesis in leaves.

To store food and nutrients in plants.

Phloem stores energy in the form of starch.

Phloem transports nutrients and sugars throughout the plant.

Phloem provides structural support to the plant.

Phloem absorbs water from the soil.

Epithelial, muscular, skeletal, and connective tissue.

Nervous, epithelial, dermal, and connective tissue.

Muscle, connective, vascular, and epithelial tissue.

Epithelial, connective, muscle, and nervous tissue.

To produce hormones

The primary function of epithelial tissue is to protect and cover surfaces.

To support muscle contraction

To facilitate nutrient absorption

Connective tissue is primarily responsible for transmitting nerve impulses.

Connective tissue is the only type of tissue that forms the outer layer of the skin.

Connective tissue is mainly involved in the absorption of nutrients.

Connective tissue provides support and binds other tissues, characterized by a large extracellular matrix.

Skeletal muscle

Smooth muscle

Voluntary muscle

Cardiac muscle

To produce hormones for growth regulation.

To provide structural support to organs.

To store energy for muscle contraction.

The function of nervous tissue in animals is to transmit signals and facilitate communication within the body.

Stratified epithelial tissue is found only in the skin, while simple is found in the lungs.

Simple epithelial tissue is thicker than stratified epithelial tissue.

Simple epithelial tissue has one layer of cells, while stratified epithelial tissue has multiple layers.

Simple epithelial tissue has multiple layers of cells, while stratified has one layer.