Consider a heavy, ornate crystal chandelier hanging from a lobby ceiling via a steel cable. Identify the action and reaction forces according to Newton's Third Law.

A surveyor explicitly states that a property line boundary is 35 meters long. A structural engineer states that a foundation column must support a $500 \text{ kN}$ load acting straight down into the soil. Which of these is a scalar, and which is a vector?

Calculate the gravitational force (Weight) of a precast concrete block that has a mass of $2500 \text{ kg}$. Use the standard acceleration due to gravity on Earth, $g = 9.81 \text{ m/s}^2$.

Two separate cables are tied to a single steel ring in a roof structure. Cable A pulls perfectly horizontally to the right with a force of $40 \text{ kN}$. Cable B pulls perfectly vertically upwards with a force of $30 \text{ kN}$. Determine the magnitude of the single resultant force acting on the ring using the Parallelogram Law.

A diagonal wind bracing cable pulls on a building corner with a total force magnitude of $100 \text{ kN}$. The cable acts at an angle of $30^\circ$ above the horizontal. Resolve this single diagonal force vector into its horizontal ($F_x$) and vertical ($F_y$) components.

An architect is designing a massive, asymmetrical concrete museum. When calculating the global wind loads pushing against the entire side of the building to determine if it will overturn, what type of idealization should the engineer use for the building?

A structural engineer needs to determine the tension in a small steel cable supporting a hanging light fixture. To simplify the mathematical FBD at the point where the cable connects to the ceiling hook, what idealization is appropriate?