wayground logo

Free Printable Worksheets

Font size

S
M
L
XL
Worksheets

1st quarter Exam (Ex Sci 1)

Total questions: 47

Worksheet time: 33mins

Name
Class
Date
1.
  1. Tony Romo is a retired NFL quarterback. Over the years, he has hurt his back several times. Which of the following joint diseases will he most likely develop?

a)

Bursitis

b)

Gout

c)

RA

d)

OA

2.

Tony Romo is a retired NFL player. Over the years, he has hurt his back several times. What are some appropriate methods of treatment for Tony's condition?

a)

Ice on his back and PT

b)

Heat on his back and OT

c)

Ice on his back and OT

d)

Heat on his back and PT

3.

  1. Sam goes to his doctor with complaints of pain and swelling in his big toe. The toe is red and hot to touch. What is most likely Sam’s diagnosis?

a)

Bursitis

b)

Bunion

c)

Gout

d)

Arthritis

4.

  1. Sam goes to his doctor with complaints of pain and swelling in his big toe. The toe is red and hot to the touch. What is most likely the course of treatment that the Dr. will suggest?

a)

ORIF of the hallux

b)

Bunionectomy

c)

Decrease red meat and alcohol intake

d)

Increase Vitamin D and Calcium intake

5.

John, a 35-year-old runner, has an inversion ankle sprain and it begins to swell and bruise immediately. He felt and heard a loud pop and crack on the outside portion of his ankle. He goes to the doctor and the X-ray reveals a fracture, which will more than likely show:

a)

A greenstick fracture of the ulna

b)

A compound fracture of the tibia

c)

An avulsion fracture of the fibula

d)

A transverse fracture of the femur

6.

John, a 35-year-old runner, has an inversion ankle sprain and it begins to swell and bruise immediately. He felt and heard a loud pop and crack on the outside portion of his ankle. He goes to the doctor and the X-ray reveals a fracture. What is most likely the form of treatment for John?

a)

Closed reduction and cast

b)

RICE

c)

ORIF

d)

Nothing, he is over exaggerating

7.

John, a 35-year-old runner, has an inversion ankle sprain and it begins to swell and bruise immediately. He felt and heard a loud pop and crack on the outside portion of his ankle. He goes to the doctor and the X-ray reveals a fracture. What type of gait pattern will he be given upon release from the hospital?

a)

PWB

b)

WBAT

c)

FWB

d)

NWB

8.

During the football game the quarterback, gets tackled by 2 linebackers. One comes from his left side and tackles his upper body while the other one comes from his right side and clips his legs inferior to his patella. He feels his lower leg crack. He most likely suffered

a)

A spiral fracture of the tibia

b)

A compression fracture of the femur

c)

A greenstick fracture in the tarsals

d)

An impacted fracture of the fibula

9.

A 28-year-old runner, Alex, presents to the clinic after experiencing sharp pain in the back of his lower leg during a sprint. He recalls a sudden "popping" sensation and now has difficulty walking. Which type of muscle contraction most likely caused Alex's injury?

a)

Concentric contraction during sprinting

b)

Eccentric contraction during a sudden stop

c)

Isometric contraction while standing still

d)

Passive stretch during a cool down.

10.

A 28-year-old runner, Alex, presents to the clinic after experiencing sharp pain in the back of his lower leg during a sprint. He recalls a sudden "popping" sensation and now has difficulty walking. What muscle is most likely injured?

a)

Gastrocnemius

b)

Quadriceps

c)

Hamstrings

d)

Gluteus Maximus

11.

A 28-year-old runner, Alex, presents to the clinic after experiencing sharp pain in the back of his lower leg during a sprint. He recalls a sudden "popping" sensation and now has difficulty walking. This muscle injured is the prime mover for what movement?

a)

Dorsiflexion

b)

Plantar flexion

c)

Flexion of the knee

d)

Flexion of the hip

12.

Sarah, a 45-year-old office worker, complains of progressive weakness in her arms and legs. She notices it’s difficult to lift objects and climb stairs. Physical examination reveals muscle atrophy. Sarah's symptoms of progressive muscle weakness could be due to a condition affecting which type of muscle tissue?

a)

Cardiac

b)

Smooth

c)

Skeletal

d)

All 3 types

13.

Sarah, a 45-year-old office worker, complains of progressive weakness in her arms and legs. She notices it’s difficult to lift objects and climb stairs. Physical examination reveals muscle atrophy. What muscle would most likely be the cause of her arm weakness?

a)

Biceps Brachii

b)

Biceps Femoris

c)

Orbicularis Occuli

d)

Quadriceps

14.

John, a 34-year-old construction worker, reports extreme fatigue after prolonged periods of lifting heavy materials. He says his muscles feel weak and slow to respond after repeated lifting. John’s muscles are sore the day after intense work. This delayed soreness is primarily due to which process?

a)

Micro-tears in the muscle fibers

b)

Decreased oxygen supply to the muscles

c)

Increased release of ATP in muscle fibers

d)

Rapid loss of calcium from muscle tissue

15.

A 16-year-old high school student, Jake, complains of soreness in his arms after lifting weights for the first time. He feels the soreness particularly in his biceps. What structure in Jake's muscles is responsible for contraction and is made up of actin and myosin filaments?

a)

Sarcoplasmic reticulum

b)

Myofibrils

c)

Perimysium

d)

Sarcolemma

16.

A 16-year-old high school student, Jake, complains of soreness in his arms after lifting weights for the first time. He feels the soreness particularly in his biceps. Which protein in the myofibril is responsible for pulling on actin filaments to create muscle contraction?

a)

Myosin

b)

Troponin

c)

Tropomyosin

d)

Dystrophin

17.

A 16-year-old high school student, Mark, is performing biceps curls at the gym. He wants to know more about how his muscles work together during the exercise. During the concentric phase of a biceps curl, which muscle is the prime mover responsible for elbow flexion?

a)

Triceps brachii

b)

Biceps brachii

c)

Brachialis

d)

Deltoid

18.

A 16-year-old high school student, Mark, is performing biceps curls at the gym. He wants to know more about how his muscles work together during the exercise. During the concentric phase of a biceps curl, which muscle is the antagonist for elbow flexion?

a)

Triceps brachii

b)

Biceps brachii

c)

Brachialis

d)

Deltoid

19.

A 21-year-old woman, Sarah, is preparing for her first marathon. Her coach explains that different muscle fibers are used for endurance activities like running. Which type of skeletal muscle fibers will Sarah primarily rely on during her marathon, given that it is an endurance event?

a)

Type I (slow-twitch) fibers

b)

Type IIa (fast-twitch, oxidative)

c)

Type IIb (fast-twitch, glycolytic)

d)

Cardiac muscle fibers

20.

A 19-year-old sprinter, Jason, trains for the 100-meter dash. His coach emphasizes the importance of using explosive power in his legs during the sprint. Which of the following is a characteristic of Type IIb (fast-twitch, glycolytic) fibers that helps Jason during his sprints?

a)

High fatigue resistance and long-duration activity

b)

High force production and rapid contraction speed

c)

Abundant mitochondria for aerobic energy production

d)

Slow contraction speed with minimal fatigue

21.

A 20-year-old swimmer, Jason, complains of pain in his shoulder and upper arm after an intense workout. His physical therapist mentions that his deltoid and biceps brachii muscles may be affected. The biceps brachii muscle is named for which of the following characteristics?

a)

Direction of muscle fibers

b)

Number of origins

c)

Action produced

d)

Size of muscle

22.

A 17-year-old student, Emily, is doing push-ups as part of her physical education class. She is interested in understanding which muscles work together during this exercise. Which of the following exercises involves concentric contraction of the triceps brachii?

a)

Lowering yourself during a push-up

b)

Lifting yourself up during a push-up

c)

Holding yourself stationary in a plank position

d)

Stretching your arms overhead

23.

A 15-year-old boy, Lucas, experiences muscle fatigue in his legs during a long run. He says his muscles feel weak and slow to contract after several minutes of running. During muscle contraction, the cross-bridges between actin and myosin are powered by which molecule?

a)

ATP

b)

Glucose

c)

Calcium

d)

Lactic acid

24.

A 30-year-old yoga instructor, Anna, experiences a sudden pain in her calf during a stretching exercise. She feels a sharp "snap" and has difficulty standing on her toes. Which muscle is most likely injured, affecting her ability to perform plantar flexion?

a)

Peroneus longus

b)

Tibialis anterior

c)

Soleus

d)

Gastrocnemius

25.

A 30-year-old yoga instructor, Anna, experiences a sudden pain in her calf during a stretching exercise. She feels a sharp "snap" and has difficulty standing on her toes. Upon her PT Evaluation, the therapist believes she will need a NWB gait pattern for the first week while she rehabilitates. Which AD is she most likely going to be using?

a)

SC

b)

QC

c)

PUW

d)

Crutches

26.

Maria, a 16-year-old high school athlete, recently started feeling fatigued during her basketball practices. Her doctor performed several tests and explained that the issue might be related to the way her blood circulates through her heart.

The doctor explained that blood enters the heart through the superior and inferior vena cava. This blood is:

a)

Oxygen-rich and on its way to the lungs

b)

Oxygen-poor and on its way to the left atrium

c)

Oxygen-poor and on its way to the right atrium

d)

Oxygen-rich and on its way to the left ventricle

27.

Maria, a 16-year-old high school athlete, recently started feeling fatigued during her basketball practices. Her doctor performed several tests and explained that the issue might be related to the way her blood circulates through her heart. The doctor used diagrams and described the flow of blood through the heart to Maria.

Once the blood enters the right atrium, it flows through a valve to the next chamber of the heart. Which valve does it pass through, and where does it go?

a)

Tricuspid valve; right ventricle

b)

Mitral valve; left atrium

c)

Pulmonary valve; pulmonary artery

d)

Aortic valve; aorta

28.

Maria, a 16-year-old high school athlete, recently started feeling fatigued during her basketball practices. Her doctor performed several tests and explained that the issue might be related to the way her blood circulates through her heart. The doctor used diagrams and described the flow of blood through the heart to Maria.

After the blood leaves the right ventricle, it must travel to the lungs to pick up oxygen. Through which structure does the blood exit the right ventricle, and where does it go?

a)

Aortic valve; aorta

b)

Pulmonary valve; pulmonary arteries

c)

Mitral valve; left atrium

d)

Tricuspid valve; right atrium

29.

Maria, the high school athlete from our earlier case study, continued to feel fatigued despite treatment for her cardiovascular symptoms. Her doctor now suspects an issue with the electrical conduction system of her heart. To better explain the situation, the doctor discusses the normal pathway of electrical conduction through the heart and how disruptions can cause symptoms like Maria’s.

The doctor begins by explaining that the heartbeat starts at the "pacemaker" of the heart. What is the name of this structure, and where is it located?

a)

Atrioventricular (AV) node; between the atria and ventricles

b)

Sinoatrial (SA) node; in the right atrium

c)

Bundle of His; in the interventricular septum

d)

Purkinje fibers; in the walls of the ventricles

30.

What is the name of the song that you get extra credit for in my class?

a)

Linus and Lucy

b)

Jingle Bells

c)

Dance Dance Revolution

d)

Who let the dogs out

31.

During a soccer match, a player suddenly collapses and is unable to move his right leg. The doctor suspects a rupture of a major tendon responsible for knee extension. Which muscle's tendon is most likely involved in this injury?

a)

Gastrocnemius

b)

Quadriceps

c)

Hamstrings

d)

Gluteus maximus

32.

A 22-year-old athlete, Michael, experiences pain and swelling in his knee after a soccer match. The doctor suspects damage to the connective tissue that attaches muscle to bone. What is this structure called?

a)

Fascia

b)

Ligament

c)

Tendon

d)

Cartilage

33.

Lisa, a 40-year-old office worker, notices weakness and difficulty extending her forearm after an injury. Which muscle is primarily responsible for extension of the elbow joint?

a)

Biceps brachii

b)

Triceps brachii

c)

Deltoid

d)

Brachialis

34.

Lisa, a 40-year-old office worker, notices weakness and difficulty extending her forearm after an injury. She is going to physical therapy, where they calculate her Maximal Heart Rate. What is it?

(a)  

35.

A 21-year-old dancer, Lily, complains of pain and weakness in her lower leg after a rehearsal. She is unable to dorsiflex her foot and has trouble walking on her heels. Which muscle is most likely injured?

a)

Tibialis anterior

b)

Gastrocnemius

c)

Peroneus longus

d)

Soleus

36.

Mr. Manzo is planning a trip overseas and needs to know his weight in kilograms for his travel documents. If Mr. Manzo weighs 185 pounds (lbs), how many kilograms does he weigh?

a)

82.9 kg

b)

80.4 kg

c)

  1. 84.1 kg

d)

89.3 kg

37.

At the beginning of the month, Christina weighed 155 lbs, and her height is 5’6”. She chose a high-intensity interval fitness plan. At the end of the month, her weight was 150 lbs. What is her BMI at the beginning of the month?

(a)  

38.

At the beginning of the month, Christina weighed 155 lbs, and her height is 5’6”. She chose a high-intensity interval fitness plan. At the end of the month, her weight was 150 lbs. After calculating her BMI, how would you classify Christina?

a)

Healthy

b)

Overweight

c)

Underweight

d)

Obese

39.

During a routine checkup, Michael visits his doctor to have his blood pressure measured. The doctor listens for the first heart sound, which indicates the highest pressure against Michael's blood vessels. What is this pressure called?

a)

diastolic pressure

b)

systolic pressure

c)

hypotension

d)

hyperstension

40.

Hannah visits a clinic for a routine check-up. The nurse uses a device to measure the pressure against Hannah's arteries. What is this device called?

a)

apparatus

b)

gauge

c)

sphygmomanometer

d)

millimeter

41.

Grace visits her doctor for a routine check-up. The nurse prepares to measure her blood pressure. Which artery will the nurse use to take Grace's blood pressure?

a)

femoral

b)

brachial

c)

coronal

d)

radial

42.

Michael visits his doctor for a routine check-up. The nurse measures his oral temperature using a Fahrenheit thermometer. What is the average oral Fahrenheit temperature that the nurse expects to see?

a)

95.8 degrees

b)

101.4  degrees

c)

98.6 degrees

d)

103.6 degrees

43.

During a first aid training session, the instructor explains that the S2 heart sound is important for assessing heart function. What event produces the S2 heart sound?

a)

Opening of AV valves

b)

Closure of semilunar valves

c)

Vibration of ventricles

d)

Atrial contraction

44.

Abigail is learning about how blood moves through the body. She discovers that there is a loop which carries blood from the heart to the lungs and then back to the heart. What is this loop called?

a)

systemic

b)

pulmonary

c)

kidneys

d)

stomach

45.

During a routine check-up, a doctor explains to Zoe that the phase when the ventricles of the heart relax is called:

a)

systole

b)

blood pressure

c)

diastole

d)

stroke volume

46.

During a heart surgery, Evelyn observes thin, string-like structures that attach to and help close the AV valves. What are these structures called?

a)

Chordae tendinae

b)

Papillary muscles

c)

Interventricular septum

d)

Foramen ovale

47.

During a routine health check-up, a doctor shows an ECG printout to a patient and points to the P wave. The doctor asks, "Do you know what the P wave on an ECG represents?"

a)

Atrial depolarization

b)

Atrial repolarization

c)

Ventricular depolarization

d)

Ventricular repolarization