Determine the magnitude and direction of the force applied

Assignment Help Physics

Reference no: EM13633530

A uniform door (0.81 m wide and 2.1 m high) weighs 140 N and is hung on two hinges that fasten the long left side of the door to a vertical wall. The hinges are 2.1 m apart. Assume that the lower hinge bears all the weight of the door. Find the magnitude and direction of the horizontal component of the force applied to the door by

(a) the upper hinge

(b) the lower hinge.

Determine the magnitude and direction of the force applied by the door to

(d) the lower hinge.

Reference no: EM13633530

Questions Cloud

Two failures were recorded at the end of the 200 operating : thirty units were placed on test in order to estimate the reliability of the shift driver over a 200 operating hour

A health researcher read that a 200-pound male can burn an : a health researcher read that a 200-pound male can burn an average of 524 calories per hour playing tennis. 37 males

According the the us department of education full-time : according the the u.s. department of education full-time graduate students receive an average salary of 12800. the dean

At the entrance to the adiabatic compressor the r-134a is : r-134a flows through a refrigeration system at a rate of .12 kgs. at the entrance to the adiabatic compressor the

Determine the magnitude and direction of the force applied : a uniform door 0.81 m wide and 2.1 m high weighs 140 n and is hung on two hinges that fasten the long left side of the

A rental car company claims the mean time to rent a car on : a rental car company claims the mean time to rent a car on their website is 60 seconds with a standard deviation of 30

Cadmium telluride cdte takes the zinc blende structure with : cadmium telluride cdte takes the zinc blende structure with aunit cell edge length of 6.49 angstroms. there are 4

Determine the total hemispherical emmisivity of a surface : determine the total hemispherical emmisivity of a surface that has a spherical hemispherical emmisivity of 0.3 at

A 20 kg bicycle wheel with radius of 030 m turns at a : a 2.0 kg bicycle wheel with radius of 0.30 m turns at a constant angular speed of 25 rads when a 0.30 kg reflector is

User Account

All Pages