What type of load is exerted on an anchor when the weight is applied at a 90-degree angle to the anchor's embedment?

Prepare for the HVAC Sheet Metal Block 1 Exam. Utilize multiple choice questions and flashcards with detailed explanations to strengthen your skills and knowledge in HVAC Sheet Metal. Ensure success in your exam journey!

The type of load exerted on an anchor when the weight is applied at a 90-degree angle to the anchor's embedment is shear. Shear loads occur when a force is applied perpendicular to the axis of the anchor. In this case, since the weight is acting at a right angle to where the anchor is embedded, it results in a shearing effect that could cause the anchor to slide or break along its plane of embedment.

Understanding shear loads is critical in the context of HVAC installations, where anchors must hold components securely against any lateral forces they might experience during operation. When anchors are designed to support vertical or horizontal loads, recognizing the difference in load types helps in selecting the correct materials and anchor types that can accommodate those specific loads effectively.

Tension refers to a pulling force, while compression deals with pushing forces aimed toward the anchor. Torque is related to rotational forces. In this scenario, none of these other load types apply since the weight is oriented to create a shear rather than pulling, pushing, or rotating the anchor.

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