Measurements of Mass, Volume, Time, and Temperature 2 (Form 1, Chemistry)

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Quick true/false on mass, volume, time, temp

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YAKILI LMS

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Measurements of Mass, Volume, Time, and Temperature 2 (Form 1, Chemistry)


Measurements of Mass, Volume, Time, and Temperature 2 (Form 1, Chemistry)Online version Quick true/false on mass, volume, time, temp by YAKILI LMS 1 The density of most metals is greater than that of water. Yes No 2 The measurement method depends on whether the object is regular or irregular. Yes No 3 You can calculate density by mass divided by volume. Yes No 4 The SI unit of length is the metre. Yes No 5 1000 grams make a kilogram. Yes No 6 The SI unit of mass is the kilogram. Yes No 7 A balance and a spring scale measure the same quantity identically. Yes No 8 Temperature scales Celsius and Kelvin relate by adding 273.15. Yes No 9 Density increases when temperature increases for most solids. Yes No 10 The temperature scale Kelvin and Celsius have the same zero point. Yes No 11 A stopwatch can measure time intervals accurately. Yes No 12 The volume of a cylinder is 2πrh. Yes No 13 A measure of length is measured in liters. Yes No 14 A graduated cylinder shows the volume of liquids via a meniscus. Yes No 15 Volume of a cylinder is πr^2h. Yes No 16 One liter equals 1000 cubic centimeters. Yes No 17 The density of air at room conditions is about 1.2 kg/m3. Yes No 18 The density of ice is less than that of liquid water, so it floats. Yes No 19 The density of ice is greater than water. Yes No 20 Time is measured with a clock. Yes No 21 Volume can be measured only with a ruler. Yes No 22 The density of air is the same as water. Yes No 23 Mass is conserved in a closed system. Yes No 24 You can determine density without measuring mass. Yes No 25 Temperature is measured in meters. Yes No 26 A digital balance measures mass with high precision. Yes No 27 The SI unit for time is kilogram. Yes No 28 The volume of a rectangular solid is length plus width plus height. Yes No 29 A ruler can help estimate length, which can be used to find volume for regular shapes. Yes No 30 Water has a density of 1 g/cm3 at 4°C. Yes No 31 Mass and weight are the same. Yes No 32 1 liter equals 1000 kilograms. Yes No 33 Time cannot be measured with a clock. Yes No 34 The temperature of a substance affects its density. Yes No 35 Density is mass per unit volume. Yes No 36 Mass is never affected by temperature. Yes No 37 Temperature is measured with a thermometer. Yes No 38 The volume of a cube with side a is a^3. Yes No 39 The mass of a firefly is measured in liters. Yes No 40 The speed of light is a common unit for measuring time. Yes No 41 Measuring density requires knowing mass and volume. Yes No 42 The density of water at 100°C is 5 g/cm3. Yes No 43 Volume of a rectangular solid is length × width × height. Yes No 44 Mass and volume are needed to calculate density. Yes No 45 A liquid's volume can be read from a graduated cylinder. Yes No 46 A thermometer measures mass. Yes No 47 The density of most metals is greater than that of water. Yes No 48 The measurement method chosen depends on the object: irregular vs regular shapes. Yes No 49 The mass of an object can be measured using a balance. Yes No 50 Volume describes how much space an object occupies. Yes No

Measurements of Mass, Volume, Time, and Temperature 2 (Form 1, Chemistry)

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Measurements of Mass, Volume, Time, and Temperature 2 (Form 1, Chemistry)Online version

by YAKILI LMS

The density of most metals is greater than that of water.

The measurement method depends on whether the object is regular or irregular.

You can calculate density by mass divided by volume.

The SI unit of length is the metre.

1000 grams make a kilogram.

The SI unit of mass is the kilogram.

A balance and a spring scale measure the same quantity identically.

Temperature scales Celsius and Kelvin relate by adding 273.15.

Density increases when temperature increases for most solids.

The temperature scale Kelvin and Celsius have the same zero point.

A stopwatch can measure time intervals accurately.

The volume of a cylinder is 2πrh.

A measure of length is measured in liters.

A graduated cylinder shows the volume of liquids via a meniscus.

Volume of a cylinder is πr^2h.

One liter equals 1000 cubic centimeters.

The density of air at room conditions is about 1.2 kg/m3.

The density of ice is less than that of liquid water, so it floats.

The density of ice is greater than water.

Time is measured with a clock.

Volume can be measured only with a ruler.

The density of air is the same as water.

Mass is conserved in a closed system.

You can determine density without measuring mass.

Temperature is measured in meters.

A digital balance measures mass with high precision.

The SI unit for time is kilogram.

The volume of a rectangular solid is length plus width plus height.

A ruler can help estimate length, which can be used to find volume for regular shapes.

Water has a density of 1 g/cm3 at 4°C.

Mass and weight are the same.

1 liter equals 1000 kilograms.

Time cannot be measured with a clock.

The temperature of a substance affects its density.

Density is mass per unit volume.

Mass is never affected by temperature.

Temperature is measured with a thermometer.

The volume of a cube with side a is a^3.

The mass of a firefly is measured in liters.

The speed of light is a common unit for measuring time.

Measuring density requires knowing mass and volume.

The density of water at 100°C is 5 g/cm3.

Volume of a rectangular solid is length × width × height.

Mass and volume are needed to calculate density.

A liquid's volume can be read from a graduated cylinder.

A thermometer measures mass.

The density of most metals is greater than that of water.

The measurement method chosen depends on the object: irregular vs regular shapes.

The mass of an object can be measured using a balance.

Volume describes how much space an object occupies.