Find the tension in the second rope

Reference no: EM13315225

Two ropes support a load of 253 kg. The two ropes are perpendicular to each other, and the tension in the first rope is 1.97 times that ofthe second rope. Find the tension in the second rope in. Units in N.

Reference no: EM13315225

Questions Cloud

How much will bar deform if it is released from the framwork : A 24-in.-long copper bar with a yield strength of 30,000 psi is heated to 120°C and immediately fastened securely to a rigid framework. The coefficient of thermal expansion for copper is 16.6x10-6 (1/oC).

What is the electric field everywhere : A spherical, conducting shell (inner radius = a and outer radius = b) has a charge +Q placed on it. What is the electric field everywhere

What tension load is needed to return length to the original : a meter long steel plate with a rectangular cross section(10mm x 50mm) is resting on a frictionless surface under the sun. the plate temperature is measures to be at 40C.

What is the magnitudeof the force exerted on his back : the forces exerted on the shoes and back of the 72-kg climber bythe walls of the chimney are perpendicular to the walls exertingthem. what is the magnitudeof the force exerted on his back

Find the tension in the second rope : Two ropes support a load of 253 kg. The two ropes are perpendicular to each other, Find the tension in the second rope

Find which has the larger coefficient of linear expansion : Common thermometers are made of a mercury column in a glass tube. which has the larger coefficient of linear expansion

How many days will it take for 90 per- cent of the chemical : A first-order reaction that results in the destruction of a pollutant has a rate constant of 0.1/day. (a) How many days will it take for 90 per- cent of the chemical to be destroyed (b) How long will it take for 99 percent of the chemical to be destr..

The angles are measured counterclockwise from an axis point : The angles are measured counterclockwise from an axis pointing to the east, the + x direction. Determine the resultant displacement from the starting point. Enter the distance in paces (without units) and the angle relative to the positive x-ax..

Comput the magnitude of the average force exerted on the car : A(n) 1340 kg car moving with a speed of 16.6 m/s collides with a utility pole and is brought to rest in 0.299 s

User Account

All Pages