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Physical Properties are what makes a object. This could be density, weight, mass, height. The reason they are important to a design is because you could not be able to tell what a object is, what it is made for and what it it. That is why physical properties are important.

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Physical properties are the set of measurements that define an object. What it is made of, how big it is, and how much it weighs are all essential pieces of information used in design. Without these measurements, you won't be able to easily tell what an object can be used for and what materials it can be made out of.

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Physical properties, properties of an object that can be measured and observed. They are crucial to design because they allow what you design to be described and relayed to other people.

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Physical properties are properties that can be measured or observed without chemically changing the object. They are important to a design because if they are off, a part may not work right because it may be too big or small

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physical properties the can be measured weighed or observed and they are important to design because you have to make to the right constrants. You aren't going to make a jet 1ft long.

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Physical properties are properties that can be measured or observed without changing the actual chemical makeup or identity of the object, examples such as color volume and mass. They are important to a design so that you can specifically dimension or measure an object. Also you can use them to predict how a part will respond under certain pressures or in different conditions.

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physical properties are things that do not effect the object but give the object characteristics such as volume and mass. volume and mass are important to the design of in object because they let you use exact dimensions to get the right size and shape

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Physical properties are Things that make up an object that wont change the part such as color and weight mass etc. measuring these things wouldn't effect the part. Physical properties are important to a design because you are then able to measure a unit of something depending on what it's made of because mot every physical property looks the same/weighs the same etc.

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Physical properties are things that can be measured and changed without changing the object itself. They are important to a design because they allow you to know the exact dimensions for creating a specific part.

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Physical Properties are things that can measured or observed without changing the object. They are important because they let you calculate dimensions and variables

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Physical properties are things that can be measured and observed in an object without changing it's identity. They are important to a design because they help you know the exact dimensions of the part before you create the actual part.

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Physical properties are thing that can be measured and cant be chemically changed. They are important to a design because it allows you to calculate things like how much material you will need to build a certain part and it allows you to figure out manufacturing costs.

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Physical properties are properties that can be measurable without changing its chemical substance. They are important to the design because the mass weight and density effect how the part works and what its limits are

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Physical properties are the thing that can be changed in a part without changing the substance .... like volume, mass, and weight . the are important so you know the limits of the part . for example if you have a part in the plane imbalanced it could throw off the whole plane

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Physical properties are properties such as mass or volume that can be measured. They can not be changed, but they can be observed.  They are important to a design because they can show you things like size and weight before you create the part.

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Physical properties are properties that can't be changed unless they are chemically changed. They include volume surface area odor. they are important to the design because you can calculate the price it would cost to build.

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Physical properties are something that can not change unless chemically changed. They include mass volume and color.

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Physical properties are properties that can not be changed with out altering the part chemically. they include mass, density, volume and color. They are important to designing a part because they are what make the part without them the part is nothing.

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Physical properties are things that can change without altering the object. They give you all the information you need to know about the object. Some examples of physical properties are density, mass, volume and the surface area. Physical properties are important because they tell us more about the object or the substance.

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Physical properties are properties of an object that can never be changed and can be observed or measured without making any changes to the object. Physical properties are very important because they will give you all that you need to know about the object; if you have to build something, it will be able to tell you how much it would cost to build, how much materials you would need to make it, and the packaging can be calculated for the object.

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Physical properties are properties of a solid that can be measured or calculated without changing the part. Physical properties include things like mass, volume, and surface area. They are important to design because you could calculate costs, packaging, and material needed before even beginning production.

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Physical properties are features of a solid that can be calculated without changing or affecting the part. These include mass, volume, density, etc. Physical properties are a key component in a design so that costs, amount of material needed, and packaging size can be calculated.

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Physical properties are facts about a part that can be measured without affecting the part. They include things like mass, surface area and volume. Physical properties are crucial to design so that things like cost and the size of packaging can be worked out before actual production begins.