How to Calculate the Mass of a Scoreboard Hanging from Cables

What are the angles of the cables holding the scoreboard?

There are six cables making an angle of 8.0° with the vertical and four cables making an angle of 10.0°.

Angles of the Cables

The scoreboard in the sports arena is suspended by 10 strong cables. Six of these cables make an angle of 8.0° with the vertical, while the remaining four cables make an angle of 10.0°.

Imagine the thrilling atmosphere of a sports arena with a massive scoreboard hanging from the ceiling, held up by ten strong cables at varying angles. The excitement of the crowd, the anticipation of the game, and the tension in the cables all add to the electric energy of the event!

When it comes to determining the mass of the scoreboard, the angles of the cables play a crucial role. By understanding the angles at which the cables are attached to the ceiling, we can calculate the tension in each cable and ultimately find the total mass of the scoreboard.

In this scenario, six cables make an angle of 8.0° with the vertical, while the other four make an angle of 10.0°. By knowing the tension in each cable (1300.0 N), we can use the principles of physics to find the overall mass of the scoreboard.