Q: What problems could occur if some scientists measured objects by using SI units and other scientists measured objects by using other units?

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With suitable use of the decimal point, any object can be measured in centimetres. Your palm is a few cm across. The length or height of a normal pet would be measured in cm. Peoples' height is measured in cm although they may be expressed in metres. Similarly, larger objects such as rooms may be measured in metres but, for precision, cm will be used.

Mass is measured in grams and kilograms. A gram is very light, about as light as a paperclip. A kilogram is 2.2 lbs, so it is more useful for everyday objects. Things such as people, furniture, cars, etc. could be measured in kilograms while objects like paper, small amounts of gold, or mail could be measured in grams. 1 kilogram is equal to 1000 grams.

Area. Area is measured by two lengths multiplied together, so any square-shaped area would be measured in a square (length) area. For example houses could be measured in square feet, landscapes could be measured in square miles, something like a small surface might be measured in square centimeters.

1, Its is the measurement of the amount of an objects substance or matter, excluding gravity. 2. It could be the mass mean average number value of a set of similar objects with different mass values , totaled as a whole , then divided by the number of individual objects in that set. or 3. They also could be asking for the mass of an object in Kilograms or if the question is being asked in pounds by simply take the objects weight here on earth, and dividing it by 32 ft / second squared or in other words for gravity and coming up with an objects mass which is measured in slug's in the English system. So a 64 lbs object here on earth has 2 slug's in mass value for the equation your working with.

Kilogram or ton.

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The answer would be different

Using different units can lead to confusion and errors in data analysis and interpretation. It can also make it difficult to compare and replicate results across different research studies. Consistent use of units, such as the SI system, is important for accurate and reliable scientific communication.

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With suitable use of the decimal point, any object can be measured in centimetres. Your palm is a few cm across. The length or height of a normal pet would be measured in cm. Peoples' height is measured in cm although they may be expressed in metres. Similarly, larger objects such as rooms may be measured in metres but, for precision, cm will be used.

Mass is measured in grams and kilograms. A gram is very light, about as light as a paperclip. A kilogram is 2.2 lbs, so it is more useful for everyday objects. Things such as people, furniture, cars, etc. could be measured in kilograms while objects like paper, small amounts of gold, or mail could be measured in grams. 1 kilogram is equal to 1000 grams.

It would no longer be possible to understand or compare results obtained by different scientists.

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Anything characteristic that can be measured on a ratio scale. It could be the lengths of two objects, or their mass, or age, or louness.

Because some objects have an irregular shape, therefore cannot be measured like a square could.