Muscular system
Muscular system
ATP
ATP
Energy Systems
100

List the three types of muscle?

- Voluntary 

- Involuntary 

- Cardiac 

100

List and explain the two skeletal muscle arrangements?

Fusiform - low force, high flexibility i.e. brachii

Penniform - High force, low flexibility i.e. deltoids

100

What is ATP, where is it stored and what does it stand for?

Adenosine Triphosphate is the source of energy for use and storage at the cellular level. It is stored in the muscle. 

100

What is an aerobic metabolism?

This is where ATP is generated in the presence of oxygen. 

100

What is an advantage and disadvantage of the aerobic system?

Advantage: Supplies an endless amount of ATP.

Disadvantage: It takes a while to work. 

200

Describe a voluntary muscle, what it is also known as and provide an example of the muscle?

It moves when you want it to. It is also known as skeletal muscle. Example, biceps or triceps.

200

List the two types of muscle contraction?

- Eccentric

- Concentric

200

What is ATP made of?

An adenosine molecule and three phosphate groups. 

200

What is the problem with ATP?

There is only a little amount stored in the muscle and when that runs out we must resynthesize ATP.  

200

Complete the Energy Systems diagram on a piece of paper. 

1. ATP-PC - lats up to 10s - creatine phosphate - shot put

2. Anerobic glycoses - 10-75seconds - glucose - 400m sprint

3. Aerobic system - 75 seconds onwards - 1. Glucose, 2. free fatty acids, 3. amino acids - marathon


300

Describe an involuntary muscle, list another name for it and provide an example of the muscle?

It works on its own. Also known as the smooth muscle. Example, kidney or stomach. 

300

Point to where these muscles go?

Deltoids, pectorals, biceps, abdominals, quadriceps, trapezius, latissimus dorsi, gluteals, hamstrings, gastrocnemius 

300

List the three food sources that resynthesize ATP?

1. Carbohydrates 

2. Fat

3. Protein 

300

List the three energy systems?

1. ATP-PC

2. Anerobic glycoses

3. Aerobic 

300

Draw the ATP cycle in your book. 

A - P - P - P --------------- A - P - P - E - P 

----- P - E - P - P - A ---------  P - P - A  --------

400

Describe a cardiac muscle?

Cardiac muscle is a special involuntary muscle which forms the walls of your heart. 

400

List one exercise for each of these muscles?

Deltoids, Pectorals, Biceps, Triceps, Latissimus dorsi, gluteal, hamstrings, quadriceps, gastrocnemius, abdominals, trapezius.

Deltoids: handstand

Pectorals: Bench press

Biceps: bicep curl

Triceps: tricep dips

Latissimus dorsi: lat pull-down

Gluteal: glute bridge

hamstrings: leg curl

quadriceps: squat

gastrocnemius: calf raise

abdominals: crunch

trapezius: shoulder shrug

400

What two ways can the human body regenerate ATP? 

1. Anerobic metabolism 

2. Aerobic metabolism 

400

What is an advantage and disadvantage of the ATP-PC system?

Advantage: Creatine phosphate is in the muscle already so it can be used quick.

Disadvantage: It only lasts 10 seconds. 

400

Draw a sarcomere. 

Check with the answer booklet to see if you got it correct. 

500

Describe the movement of a voluntary muscle?

Skeletal muscles move the body by pulling on tendons which are attached to bones.

500

List each category of the flow chart for a sarcomere? 

1. The brain sends a message to the muscle via a motor neutron 

2. The motor neuron does not touch the muscle, there is a gap called the synapse

3. A chemical called acetylcholine is released into the synapse 

4. Acetylcholine causes the release of calcium from the sarcoplasmic reticulum 

5. The release of calcium turns the sarcomere on and allows myosin to pull on actin creating movement.     

500

What is a anerobic metabolism?

This is where ATP is generated in presence of no oxygen. 

500

What is an advantage and disadvantage of Anerobic glycoses system?

Advantage: Generates almost twice ATP than the ATP-PC system.

Disadvantage: Breaking down glucose without the presence of oxygen forms lactic acid which reduces the intensity of exercise greatly. 

M
e
n
u