Hawassa University & Rest of Gondar — Model Exit Exams

262 unique MCQs from Hawassa and additional Gondar sample papers (2026 PDF). Duplicates removed. Separate from the 2018 Gondar integrated exam.

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Showing 1–10 of 262

Hawassa University — Biomechanics Model Exam 2026

Biomechanics

Paper Q1·

For a knee extension/flexion model (θ=65°, ω=4.5 rad/s, α=180 rad/s², a=4.0 cm, b=23 cm, β=25°), net torque about the knee M₀=55 Nm and torque from lower-leg weight Mw=11.5 Nm. Find the mass moment of inertia of the lower leg about the knee joint.

A. 0.3 kg·m²
B. 0.7 kg·m²
C. 2.5 kg·m²
D. 3.0 kg·m²

Paper Q2·

from the figure 1, the weight of the lower legis

A. 62.4N
B. 34.6N
C. 48.5N
D. 55.2N

Paper Q3·

what is the tension in the patellar tendon from the above figure 1?

A. 1662.5N
B. 1789.8N
C. 1962.4N
D. 1567.8N

Paper Q4·

The magnitude of the resultant reaction force at the knee joint from the above figure 1is

A. 1662.5N
B. 1517.3N
C. 1698.6N
D. 1456.5N

Paper Q5·

A tendon subjected to repeated cyclic loading demonstrates gradual accumulation of microscopic damage even though the applied stress remains below the ultimate tensile strength. This mechanical phenomenon is identified as

A. stress shielding
B. fatigue failure
C. stress relaxation
D. elastic recovery

Paper Q6·

During fast bowling in cricket, the distal hand segment reaches very high linear velocity mainly through

A. sequential transfer of angular momentum across linked body segments
B. elimination of rotational inertia within the shoulder complex
C. simultaneous contraction of all upper extremity muscles
D. reduction of angular acceleration at the elbow joint

Paper Q7·

A cartilage specimen compressed under constant deformation exhibits progressive reduction in internal resistance over time. The observed response represents

A. creep deformation
B. strain hardening
C. stress relaxation
D. plastic instability

Paper Q8·

In single leg stance, weakness of the gluteus medius muscle commonly produces pelvic drop toward the unsupported side due to insufficient

A. internal abduction moment generation at the hip
B. rotational inertia of the pelvis during stance
C. vertical ground reaction force transmission
D. compressive loading across the femoral shaft

Paper Q9·

A long bone loaded rapidly during impact generally tolerates greater force prior to fracture compared with slow loading conditions due to increased

A. ductility and compliance
B. strain rate sensitivity and stiffness
C. viscosity and fluid diffusion
D. plastic deformation capacity

Paper Q10·

the neutral axis of abeam under bending is characterized by:

A. maximum tensile stress concentration
B. maximum compressive deformation
C. a b sence of longitudinal normal stress
D. complete elimination of shear stress

Hawassa University & Rest of Gondar — Model Exit Exams

262 unique MCQs from Hawassa and additional Gondar sample papers (2026 PDF). Duplicates removed. Separate from the 2018 Gondar integrated exam.

Practice controls

Bank, page size, and course section

Questions per page Course / section

Showing 1–10 of 262

Hawassa University — Biomechanics Model Exam 2026

Biomechanics

Paper Q1·

For a knee extension/flexion model (θ=65°, ω=4.5 rad/s, α=180 rad/s², a=4.0 cm, b=23 cm, β=25°), net torque about the knee M₀=55 Nm and torque from lower-leg weight Mw=11.5 Nm. Find the mass moment of inertia of the lower leg about the knee joint.

A. 0.3 kg·m²
B. 0.7 kg·m²
C. 2.5 kg·m²
D. 3.0 kg·m²

Paper Q2·

from the figure 1, the weight of the lower legis

A. 62.4N
B. 34.6N
C. 48.5N
D. 55.2N

Paper Q3·

what is the tension in the patellar tendon from the above figure 1?

A. 1662.5N
B. 1789.8N
C. 1962.4N
D. 1567.8N

Paper Q4·

The magnitude of the resultant reaction force at the knee joint from the above figure 1is

A. 1662.5N
B. 1517.3N
C. 1698.6N
D. 1456.5N

Paper Q5·

A tendon subjected to repeated cyclic loading demonstrates gradual accumulation of microscopic damage even though the applied stress remains below the ultimate tensile strength. This mechanical phenomenon is identified as

A. stress shielding
B. fatigue failure
C. stress relaxation
D. elastic recovery

Paper Q6·

During fast bowling in cricket, the distal hand segment reaches very high linear velocity mainly through

A. sequential transfer of angular momentum across linked body segments
B. elimination of rotational inertia within the shoulder complex
C. simultaneous contraction of all upper extremity muscles
D. reduction of angular acceleration at the elbow joint

Paper Q7·

A cartilage specimen compressed under constant deformation exhibits progressive reduction in internal resistance over time. The observed response represents

A. creep deformation
B. strain hardening
C. stress relaxation
D. plastic instability

Paper Q8·

In single leg stance, weakness of the gluteus medius muscle commonly produces pelvic drop toward the unsupported side due to insufficient

A. internal abduction moment generation at the hip
B. rotational inertia of the pelvis during stance
C. vertical ground reaction force transmission
D. compressive loading across the femoral shaft

Paper Q9·

A long bone loaded rapidly during impact generally tolerates greater force prior to fracture compared with slow loading conditions due to increased

A. ductility and compliance
B. strain rate sensitivity and stiffness
C. viscosity and fluid diffusion
D. plastic deformation capacity

Paper Q10·

the neutral axis of abeam under bending is characterized by:

A. maximum tensile stress concentration
B. maximum compressive deformation
C. a b sence of longitudinal normal stress
D. complete elimination of shear stress

Hawassa University & Rest of Gondar — Model Exit Exams

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Hawassa University — Biomechanics Model Exam 2026

For a knee extension/flexion model (θ=65°, ω=4.5 rad/s, α=180 rad/s², a=4.0 cm, b=23 cm, β=25°), net torque about the knee M₀=55 Nm and torque from lower-leg weight Mw=11.5 Nm. Find the mass moment of inertia of the lower leg about the knee joint.

from the figure 1, the weight of the lower legis

what is the tension in the patellar tendon from the above figure 1?

The magnitude of the resultant reaction force at the knee joint from the above figure 1is

A tendon subjected to repeated cyclic loading demonstrates gradual accumulation of microscopic damage even though the applied stress remains below the ultimate tensile strength. This mechanical phenomenon is identified as

During fast bowling in cricket, the distal hand segment reaches very high linear velocity mainly through

A cartilage specimen compressed under constant deformation exhibits progressive reduction in internal resistance over time. The observed response represents

In single leg stance, weakness of the gluteus medius muscle commonly produces pelvic drop toward the unsupported side due to insufficient

A long bone loaded rapidly during impact generally tolerates greater force prior to fracture compared with slow loading conditions due to increased

the neutral axis of abeam under bending is characterized by:

Hawassa University & Rest of Gondar — Model Exit Exams

Exit exam blueprint & study guide

Practice controls

Hawassa University — Biomechanics Model Exam 2026

For a knee extension/flexion model (θ=65°, ω=4.5 rad/s, α=180 rad/s², a=4.0 cm, b=23 cm, β=25°), net torque about the knee M₀=55 Nm and torque from lower-leg weight Mw=11.5 Nm. Find the mass moment of inertia of the lower leg about the knee joint.

from the figure 1, the weight of the lower legis

what is the tension in the patellar tendon from the above figure 1?

The magnitude of the resultant reaction force at the knee joint from the above figure 1is

A tendon subjected to repeated cyclic loading demonstrates gradual accumulation of microscopic damage even though the applied stress remains below the ultimate tensile strength. This mechanical phenomenon is identified as

During fast bowling in cricket, the distal hand segment reaches very high linear velocity mainly through

A cartilage specimen compressed under constant deformation exhibits progressive reduction in internal resistance over time. The observed response represents

In single leg stance, weakness of the gluteus medius muscle commonly produces pelvic drop toward the unsupported side due to insufficient

A long bone loaded rapidly during impact generally tolerates greater force prior to fracture compared with slow loading conditions due to increased

the neutral axis of abeam under bending is characterized by:

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Practice controls

For a knee extension/flexion model (θ=65°, ω=4.5 rad/s, α=180 rad/s², a=4.0 cm, b=23 cm, β=25°), net torque about the knee M₀=55 Nm and torque from lower-leg weight Mw=11.5 Nm. Find the mass moment of inertia of the lower leg about the knee joint.*

from the figure 1, the weight of the lower legis*

what is the tension in the patellar tendon from the above figure 1?*

The magnitude of the resultant reaction force at the knee joint from the above figure 1is*

A tendon subjected to repeated cyclic loading demonstrates gradual accumulation of microscopic damage even though the applied stress remains below the ultimate tensile strength. This mechanical phenomenon is identified as*

During fast bowling in cricket, the distal hand segment reaches very high linear velocity mainly through*

A cartilage specimen compressed under constant deformation exhibits progressive reduction in internal resistance over time. The observed response represents*

In single leg stance, weakness of the gluteus medius muscle commonly produces pelvic drop toward the unsupported side due to insufficient*

A long bone loaded rapidly during impact generally tolerates greater force prior to fracture compared with slow loading conditions due to increased*

the neutral axis of abeam under bending is characterized by:*

Exit exam blueprint & study guide

Practice controls

For a knee extension/flexion model (θ=65°, ω=4.5 rad/s, α=180 rad/s², a=4.0 cm, b=23 cm, β=25°), net torque about the knee M₀=55 Nm and torque from lower-leg weight Mw=11.5 Nm. Find the mass moment of inertia of the lower leg about the knee joint.*

from the figure 1, the weight of the lower legis*

what is the tension in the patellar tendon from the above figure 1?*

The magnitude of the resultant reaction force at the knee joint from the above figure 1is*

A tendon subjected to repeated cyclic loading demonstrates gradual accumulation of microscopic damage even though the applied stress remains below the ultimate tensile strength. This mechanical phenomenon is identified as*

During fast bowling in cricket, the distal hand segment reaches very high linear velocity mainly through*

A cartilage specimen compressed under constant deformation exhibits progressive reduction in internal resistance over time. The observed response represents*

In single leg stance, weakness of the gluteus medius muscle commonly produces pelvic drop toward the unsupported side due to insufficient*

A long bone loaded rapidly during impact generally tolerates greater force prior to fracture compared with slow loading conditions due to increased*

the neutral axis of abeam under bending is characterized by:*

For a knee extension/flexion model (θ=65°, ω=4.5 rad/s, α=180 rad/s², a=4.0 cm, b=23 cm, β=25°), net torque about the knee M₀=55 Nm and torque from lower-leg weight Mw=11.5 Nm. Find the mass moment of inertia of the lower leg about the knee joint.

from the figure 1, the weight of the lower legis

what is the tension in the patellar tendon from the above figure 1?

The magnitude of the resultant reaction force at the knee joint from the above figure 1is

A tendon subjected to repeated cyclic loading demonstrates gradual accumulation of microscopic damage even though the applied stress remains below the ultimate tensile strength. This mechanical phenomenon is identified as

During fast bowling in cricket, the distal hand segment reaches very high linear velocity mainly through

A cartilage specimen compressed under constant deformation exhibits progressive reduction in internal resistance over time. The observed response represents

In single leg stance, weakness of the gluteus medius muscle commonly produces pelvic drop toward the unsupported side due to insufficient

A long bone loaded rapidly during impact generally tolerates greater force prior to fracture compared with slow loading conditions due to increased

the neutral axis of abeam under bending is characterized by:

For a knee extension/flexion model (θ=65°, ω=4.5 rad/s, α=180 rad/s², a=4.0 cm, b=23 cm, β=25°), net torque about the knee M₀=55 Nm and torque from lower-leg weight Mw=11.5 Nm. Find the mass moment of inertia of the lower leg about the knee joint.

from the figure 1, the weight of the lower legis

what is the tension in the patellar tendon from the above figure 1?

The magnitude of the resultant reaction force at the knee joint from the above figure 1is

A tendon subjected to repeated cyclic loading demonstrates gradual accumulation of microscopic damage even though the applied stress remains below the ultimate tensile strength. This mechanical phenomenon is identified as

During fast bowling in cricket, the distal hand segment reaches very high linear velocity mainly through

A cartilage specimen compressed under constant deformation exhibits progressive reduction in internal resistance over time. The observed response represents

In single leg stance, weakness of the gluteus medius muscle commonly produces pelvic drop toward the unsupported side due to insufficient

A long bone loaded rapidly during impact generally tolerates greater force prior to fracture compared with slow loading conditions due to increased

the neutral axis of abeam under bending is characterized by: