Scales are the most appropriate instrument for measuring mass on Earth. Mass and weight are not necessarily the same, even though the terms are sometimes used interchangeably.Know More
Scales come in a wide variety of styles. For example, some scales are designed so that a heavy object pulls a spring that moves an indicator, which tells the operator how much the item weighs. Other scales, such as a bathroom scale, work by using a small computer to calculate the amount of force pushing the scale down. In laboratories, most scientists use balances that allow them to compare an object with a known weight to one with an unknown weight. These types of scales often have three different arms that hold counterweights of different sizes and are called triple beam balances.
Mass refers to the amount of material in an object, whereas weight refers to the gravity affecting the object. For example, an object with 100 grams of mass does not change its mass, no matter where it is. However, the Earth's gravity pulls the object down enough to make it weigh 100 grams, but if the object were on the moon, it would weigh significantly less because the moon’s gravity is not as strong as the Earth's gravity.Learn more about Measurements
A balance is used to measure mass. By multiplying mass by the acceleration due to gravity, the resulting product is the weight of an object at a specific position.Full Answer >
A sound level meter is the instrument commonly used to measure sound. This instrument is used to measure noise pollution in a given area.Full Answer >
According to Dictionary.com, a thermometer is used to measure temperature. A thermometer is often a sealed glass tube containing a column of liquid mercury. The mercury expands, contracts, falls or rises in accordance with temperature changes.Full Answer >
Mass and weight are related in that mass is an important factor in calculating weight, but they are not alike. Mass is the amount of material present in any object, while weight is the measurement of the force with which gravity acts upon the object.Full Answer >