Determine the angle if the resultant is vertical | Vector Mechanics | Engineers Academy

Vector mechanics for engineers by Beer and Johnston solution

How to find the resultant of three forces | Vector Mechanics | Engineers Academy

2.39 For the collar of Prob. 2.35, determine (a) the required value of a if the resultant of the three forces shown is to be vertical, (b) the corresponding magnitude of the resultant.


How to find the resultant.
Find the angle of the resultant.
Components of vectors
Resolution of vectors
Resolve into x and y components
Vector Addition
Vector Mechanics
vector mechanics for engineers statics
Determine the angle if the resultant is vertical

• #education
• #vector_addition
• #engineers_academy
• #vector_mechanics_for_engineers_statics
• #components_of_a_vectors
• #unit_vectors
• #resolution_of_vectors_into_components
• #components_of_vector
• #direction_of_a_vector
• #components_of_vectors
• #vector_components
• #vector_components_from_magnitude_and_direction
• #vector_mechanics_for_engineers_by_beer_and_johnston
• #how_to_find_the_resultant_of_three_forces
• #determine_the_resultant
• #determine_the_angle_if_the_resultant_is_vertical