mid exam mcq physics

Select the more appropriate walking ald which has a good base of support;

Identify the muscle in human body where concurrent muscle force component is applicable,

Identify the most appropriate anticipated direction of elbow joint movement from below scenerio

1.If biceps is contracting (EF) with a force of 100lb applied at a distance (EA) 2 inch from the axis [Elbow Joint].

2.COG of forearm and hand (R) generate a force of 10lb and lies 15 Inch(RA) from the axis [Elbow Joint]

Choose the type of muscle contraction if the torque generated by the muscle is more than the torque generated by gravity during active elbow flexion;

This exists whenever two parallel forces are applied at some distance from the axis, with the resistance force applied closer to the axis than the effort force

Identify the type of force system in effect for pectoralis major muscle when it acts on upper limb

Which among the following muscle where concurrent muscle force component is very effective in Human body

Which among the following muscle where parallel force component is very effective in Human

Which among the following muscle is a best example for linear force system

Select from the following item which does not contribute highly to the equilibrium of human beings from applied physics

Select the angle of elbow joint where translatory force components are more;

Select the appropriate elbow angle where the torque produced by biceps will be more

Which among the order of lever that gives mechanical disadvantage to effort arm produced by human being in work place

Select the suitable angle at which the elbow joint encounters compression force

Select the suitable angle at which the elbow joint encounters distraction force

Which among the following angle is appropriate for quadriceps muscle to produce maximum torque production at knee joint

Select the appropriate elbow joint angle where the rotatory force components is more

Which among the below muscle acts at mechanical disadvantage in view of the lever principle applied to human mechanics

Which among the following statement is true for ideal posture of human being regard to line of gravity

Which among the following posture is having a stable equilibrium

Identify the statement which is not true about equilibrium principle

Select the location at which the gravity will act on any object movement around axis

Calculate the net torque production for the below forces acting on a bone or long lever around a Joint.

i. muscle force of biceps on forearm at its attachment (Fms=120lb) Lever arm by muscle is 1 cm ii force of gravity on forearm at the COG (G=10lb) Lever arm by gravity 15 cm

Calculate the net torque production for the below forces acting on a bone and identify the type of muscle work around a Joint.

i muscle force of biceps on forearm at its attachment (Fms=150lb) Lever arm by muscle is 1 cm ii. force of gravity on forearm at the COG (G=10lb) Lever arm by gravity 15 cm

Calculate the net torque production for the below forces acting on a bone and identify the type of muscle work around a Joint.

i. muscle force of biceps on forearm at its attachment (Fms= 150lb) Lever arm by muscle is 1 cm

ii. force of gravity on forearm at the COG (G=5lb) Lever arm by gravity 15 cm

Calculate the net torque production for the below forces acting on a bone and identify the resultant direction of movement around a Joint.

i muscle force of biceps on forearm at its attachment (Fms=100lb) Lever arm by muscle is 1 cm ii.force of gravity on forearm at the COG (G= 10lb) Lever arm by gravity 15 cm

Which among the followings is referred to the moment arm' when net torque production is calculated;

Choose the right answer from below Torques is calculated using the following formula T= rFsin(0) Where r stands for..

Choose the right answer from below Torques is calculated using the following formula T= rFsin(0) Where F stands for...

Which among the followings is referred to 'the resistance arm' when net torque production is calculated;

Which among the below structure that has high Young modulus of elasticity and low compliance in human being.

Identify the connective tissue structure which produces resistance to compressive forces from the followings

Walking Frame

Concurrent Force System in Pectoralis Major

Second-Order Lever

Concentric Contraction

Concurrent Force System

Concurrent Force System in Deltoid

Parallel Force System in Hamstrings

Linear Force System in Psoas and Iliacus

Optimal Elbow Angle for Bicep Torque

Third-Order Lever

Distraction Force at Elbow Joint

Compression Force at Elbow Joint

Optimal Knee Angle for Quadriceps Torque

Optimal Elbow Angle for Rotatory Force

Mechanical Disadvantage of Biceps at Elbow

Ideal Posture and Line of Gravity

Stable Equilibrium in Lying Supine

Center of Body Mass (COM)

Torque

Moment Arm

Resistance Arm

Young's Modulus of Elasticity

Ground Substance's Role in Compression Resistance