80.9k views
7 votes
a suspension bridge cable is connected to its anchor at a 20 degree angle. calculate the vertical component force on the anchor by the cable. ​

User NValchev
by
7.1k points

1 Answer

4 votes

The question is missing some parts. Here is the complete question.

A suspension bridge cable is connected to its anchor at a 20° angle. Find the vertical and horizontal component of the force on the anchor by the cable.

Answer:
F_(x)= 14095.4 N


F_(y)= 5130.3 N

Step-by-step explanation: The force applied to the anchor is not perpendicular to the horizontal plane. So, it can be decomposed into 2 components: a vertical component, which is on the y-axis, and a horizontal component, which is on the x-axis.

The force and its components forms a right triangle, so we can calculate the components by using trigonometric relations:

Horizontal


cos(20)=(F_(x))/(F)


F_(x)=F.cos(20)


F_(x)=15,000(0.9397)


F_(x)= 14,095.4 N

Vertical


sin(20)=(F_(y))/(F)


F_(y)=Fsin(20)


F_(y)= 15,000(0.3420)


F_(y)= 5,130.3 N

The vertical and horizontal components of force on the anchor by the cable are 5130.3 N and 14095.4 N, respectively.

a suspension bridge cable is connected to its anchor at a 20 degree angle. calculate-example-1
User Paisal
by
6.8k points