Cells
Tissues
Organs
Organ systems
Homeostasis
100

What are two types of cells?

Blood cells & Nerve cells

100

What are the four basic tissues?

Connective, epithelial, muscle, and nerve.

100

What is the largest organ?

The Skin 

100

Where food is broken down and absorbed for nutrition 

The digestive system 

100
The two greek words that make up Homeostasis 

Homeo - same, similar

stasis- stable 

200
The basic unit of structure and function in all living things

Cells

200

A group of similar cells that work together to perform a specific job 

tissues 

200

The organ responsible for absorbing nutrition

the small intestine

200

These two systems work together for us to be able to move our bodies 

The skeletal and muscular 

200

Examples of things in your body that need to stay balanced 

pH, Water, Temperature 

300

Cell that are similar in size and shape and perform a specific job 

specialized cells

300

Helps to make your body move

Muscle tissue

300

The main organ of the circulatory system 

The heart

300

Sends and receives electrical messages throughout your body

Nervous system 

300

In order to maintain homeostasis your _________ must send or receive signals using chemicals called hormones. 

Brain 

400

Send and receives messages

Nerve Cell

400

Provides support and connect all part of the body 

Connective tissue

400

The organs that make up the nervous system 

Brain and spinal cord

400

The system that takes in oxygen and removes CO2

The respiratory system 

400

Your bodies reaction when body temperature falls

Blood vessels constrict and shivering occurs to generate and conserve heat 

500

What takes oxygen to the cells in your body?

Red blood cell

500
Covers the surface of your body and lines your digestive system 

Epithelial tissue

500

The organ where gas exchange happens 

The lungs

500

The system responsible for making and releasing hormones 

The endocrine system 

500

The cycle between the input (change), your body, and the output (your body's reaction) during homeostasis 

Feedback Loop 

M
e
n
u