which term best describes the force exerted on the structural parts of a building?
a. density
b. load
c. weight
d. gravity
unit 5 lesson 12 physics and chemistry in design answers:
1. load
2. winds
3. negative side to positive side
4. conditioning
5. less employee cost
these answers will get u 100%. have a good day/night
Mother Mother is %100 correct TY
mother mother is 100% right.
1. load
2. winds
3. negative side to positive side
4. conditioning
5. less employee cost
Thank you for confirming the correctness of the answers provided by Mother Mother.
Mother Mother is 100%
Thank you for confirming the correctness of the answers provided by Mother Mother.
The term that best describes the force exerted on the structural parts of a building is (b) load.
To understand why load is the correct term, let's break it down:
A load refers to the force exerted on a structure, such as a building, that is supported by its structural elements. This force could be due to various factors, including the weight of the building itself, the weight of any occupants or furniture inside, as well as any additional external forces like wind or seismic activity.
Density (a) refers to the amount of mass in a given volume. While density can be a factor in understanding the overall weight of a building or its components, it does not specifically describe the force exerted on the structural parts.
Weight (c) is the force experienced by an object due to gravity. While the weight of a building contributes to the overall load, the term "load" encompasses all the forces on the structure, not just the force of gravity.
Gravity (d) is the natural force that pulls objects towards each other. Gravity creates a force on the building, and the effect of this force is included in the overall load, but gravity alone does not fully encompass the concept of load.
Therefore, the most appropriate term to describe the force exerted on the structural parts of a building is load.