Is the spelling measureable or measurable?
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The noun 'measurement' is a word for the size, length, or amount ofsomething expressed in units. A measurement is how long something is.
A barometer The unit of measurement is pounds per square inch, or psi Stolen from Wikipedia: The standard atmosphere (symbol: atm) is a unit of pressure and is defined as being equal to 101.325 kPa. The following units are equivalent, but only to the number of decimal places displayed: 760 mmHg (torr), 29.92 inHg, 14.696 psi, 1013.25 millibars/hectopascal. If you have a barometer at home or watch any weather related news, atmospheric pressure is most commonly given in: inHg (inches of mercury[at least here in the USA]).
(Any unit of force) divided by (any unit of area) is a perfectly good unit of pressure. Some that are widely-used include -- dynes per square centimeter -- pounds per square inch -- newtons per square meter (pascals)
Breath is measured by the amount of air volume and the time would be the rate. It would be measured by Cubic liters/ Cubic Centimeters over time
Science laboratories use lots of tools to measure volumes. Some of these include (in order from least accurate to most accurate) Beakers Flasks Graduated Cylinders Pipettes There are many more measuring tools, this is just a small taste. But I would say that a beaker is most similar to a measuring cup.
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Measurement always deals with a distance of a line or a distance between to objects, distance between 2 points, and so on.
When you work with triangles you are using degrees to measure its angles, but when you are working with circles is more convenient to use the radian measure. What is a radian ? Definition: A radian is the measure of an angle that, when drawn as a central angle of a circle, intercepts an arc whose length is equal to the length of a radius of the circle. For example, 1. When a central angle of a circle with a radius 1cm intercepts an arc of the circle which is also 1cm, this angle has 1 radian measure. 2. If you'll make this central angle bigger in order to intercept an arc of the circle whose length will be 2cm (or 2 radius length long), this bigger angle has a measure of 2 radians. 3. If you'll make the second central angle of the circle bigger in order to intercept an arc whose length will be 3cm (or 3 radius length long), this angle has a measure of 3 radians. These three cases illustrate the following relationship: measure of an angle in radians = length of the intercepted arc/length of the radius So, if you label the angle with x , the length of the intercepted arc with s , and the length of the radius with r , you find the general formula: x = s/r If you look at the picture of this circle you will see that in a half of the circle you can find a little more than 3 radians, and you need to go a little more far to make a full half of the circle. So, what is the number of radians that you need to go in order to make a full half of the circle? Let's look at this. Let's make a circle. If AB is a diameter of circle O with radius of length r, the points A and B separate the circle into two semicircles. Let's label the angle AOB with x, and the semicircle length with s. You will see that the angle AOB is a central angle of the circle, so the measure of this angle in radians is equal to the length of the intercepted arc AB, which is s, divided by the length of the radius which is r. (See the general formula above) You know that the circumference of the circle is: C = 2(pi)r, since s = C/2 we write: s = [2(pi)r]/2 s = (pi)r, substitute this at the general formula x = s/r x = [(pi)r]/r x = pi Since x is in radians we can say that in a half of the circle there is pi radians. But we know at the same time that in a half of circle there is 180 degrees, so we can say that the following relationship is true. 180 deg = pi rad Now you can see why is convenient to work with radians in a circle, because there is exactly pi radians in a half of the circle, and from this relationship we can see how radians are relating to degree measures. Now for a full circle how many degrees are? There are 360 degrees. How many radians it that will be? 180 deg = pi rad 360 deg = 2pi rad So there are 2pi rad in a full of a circle. Now you start to see why the circumference of a circle is 2(pi)r. Because we know that there are 2pi radius length arcs on a circle. How to convert degrees to radians? We know that: 180 deg = pi rad Let's write this a little bit differently 180(1 deg) = pi rad 1 deg = (pi/180) rad So, what about 5 degrees? Just multiply both sides by 5 5 (1 deg) = 5 (pi/180) rad What about x deg? So, let' go t the general formula: x (1 deg) = x (pi/180) rad . so you have the general formula to use it when you need to convert degrees to radians . How to convert radians to degrees? . pi rad = 180 deg . pi(1 rad) = 180 deg. 1 rad = 180/pi deg What about 5 radians? Just multiply both sides by 5. 5 (1 rad) = 5 (180/pi) deg What about x radians?. So let's go to the general formula:. x (1 rad) = x( 180/pi) deg . So you have the general formula to use it when you need to convert radians to degrees.
Seriously? If you don't know this answer, then, you're sad. I have no idea why I'm even answering this question for you... ... Still looking for the answer? Too bad, look it up.
Volume is measured in liters, cubic centimeters, cubic meters, fluid ounces, quarts, pints, gallons, barrels, cubic inches, cubic feet, cubic yards, and many other units.
You are measuring the force of the impact of air molecules on the surface at which the pressure is measured.
A coulomb is a measure of electrical charge, specifically that one coulomb is approximately 6.24 x 10 18 protons or (negatively) electrons. An ampere, on the other hand, is a measure of electrical flow, in coulombs per second. Comment The ampere is actually defined in terms of the newton and the metre , not the coulomb and the second.
echosounding, or using sonar and seeing how the sound waves bounce off, is used to map the bottom of the ocean and see how deep it is.. A Fathom
It depends, If you measure your own energy it would be in joules, if it is for your house you measure it with kilo-watt hour
Measurement is simply a term used to measure anything, it can be sized, length or amount of something. Various units are used to measure things and amount.
Measuring or measurement refers to keeping track or recording of the values of variables at certain points in time. A simple example would be: When you are cooking meat, you might use a thermometer to keep track of the temperature of the meat as it cooks. Each time you test the temperature, you are measuring or taking a measurement.
Universally known and reproducible application of Units of Measurement to the act of measuring a perceived object
we measure all kinds of thing in every class we do alot of things to get the right answer to do the things that we need to do that is all we need to do . We use measurements for many things like in history and sience and math we ue this to get the right measurements that we need to find out. We will also get the right answer that we need for that class. That is all for today.
the measuring mass of an object is a kilo The easiest way to measure an objects mass is to measure its weight and then assume a constant and global acceleration of gravity (which is a false assumption by the way) and convert weight to mass. The conversion is easy as weight and mass have a simple relationship. Weight = Mass * acceleration so Mass = Weight/acceleration Mass can be measured a number of different ways but the simplest is using a spring that has a constant tension with length (Hooke's Law). The distance that such a spring is stretched is a direct measurement of weight.
I believe minus A in this case means the complement of A; everything that is NOT in the set A. Taken from some larger, given, set, of course, of which both A and minus A are subsets. I believe minus A in this case means the complement of A; everything that is NOT in the set A. Taken from some larger, given, set, of course, of which both A and minus A are subsets. I believe minus A in this case means the complement of A; everything that is NOT in the set A. Taken from some larger, given, set, of course, of which both A and minus A are subsets. I believe minus A in this case means the complement of A; everything that is NOT in the set A. Taken from some larger, given, set, of course, of which both A and minus A are subsets.
Volume is measured in cubic measurements, such as m 3 , cm 3 , ft 3 , etc... .
"Liter" is an excellent unit for measuring volume. Others are: -- cubic meter -- cubic centimeter -- cubic kilometer -- cubic inch -- cubic foot -- cubic yard -- gallon -- quart -- pint -- cup -- fluid ounce -- bushel
In metric system there are: Meters->distance or length Grams->mass Liters->volume Newtons->weight or pull of gravity or force
Common measurements include: - Height - Bust - Waist - Hips - Low Hips - Inseam
Just like any dry goods, spelt is an ancient grain, in our century it's most similar to wheat. Measured similarly to wheat - large quantities by the tonnes, smaller quantities just like bags of flour, and for cooking by the cups aka 2 cups spelt flour.
You measure heat energy in units called calories. (Not to be confused with food Calories) A calorie is how much energy (energy is measured in Joules, I think.) it takes to warm 1 gram of water 1 degree Centigrade. Fact: 1,000 heat calories (small 'c') makes 1 food Calorie (large 'c') Additionally, if temperature is measured in Kelvin degrees, then its value is directly proportional to the average kinetic energy of the molecules of a substance. Temperature is not energy, it is proportional to a type of energy. Heat is energy measured in Joules or other energy units eg calories. Heat is a measurement of some of the energy in a substance. When you add heat to a substance, you are adding energy to the substance. This added energy is leads to an increase in the kinetic energies of the molecules of the substance. The energy can break bonds rather than increase temperature.
Well, usually when you purchase a tape measurment, it usually comes with the measurements on it. Any dummy would know the answer to this question...seriously.
If you have a tape measure that measures in inches. First convert the inches to decimal inches. So 1-15/16" would be 1 + 15/16 or 1.9375. Next multiply that number by 2.54 to get centimeters. So 1.9375 x 2.54 would be about 4.92 centimeters.
well, if you want to measure the length, just stretch the tape and measure it. If you want to measure the diameter, measure the circumference of the screw, then divided by 3.1415, then you will get the diameter.
With kitchen tongs. A mild tingling indicates low voltage/low amperage. Muscular spasms indicate high voltage/low amperage. Unconsciousness sans death indicates low voltage/moderate amperage. Death indicates high amperage. Good luck.
Liquid pressure is defined as the force all over area mathematically: P = F/A where" P is pressure with a unit of PASCAL F is force with aunit of NEWTON A is area wiht a unit of METER SQUARE
When measuring current, we are measuring the number of electrons (conventionally positive charges) passing through the cross section of the conductor in one second. Answer Actually, the unit of electric current, the ampere , is defined in terms of the force between two parallel current-carrying conductors, and NOT in terms of the quantity of electrons passing a given point!
If you refer to the units, commonly used units are kilograms per cubic meter, and kilograms per liter.
Centimetres, millimetres or inches would be most appropriate for measuring the length of a ruler.
Measurability is the degree to which a market segment's size and purchasing power can be measured
The "gram" IS a unit of measure. It's used to describe quantities of mass .
Routinely earthquakes but any thing that shake the earth, such as atomic bombs will register on the device.
Mass is measured in kilograms. 1 kg is 1000g, 1 000 000 mg, 1 000 000 000 Î¼m.
"What do you measure (when) you measure..." ? When you measure an object's temperature, you are measuring the amount of heat the object emits (gives off). There is no such thing as cold, only the absence of heat.
How the hell do you measure weight with a volume measuring device? Use a scale to measure weight.
Fill up a cup and level off with a butter knife or similar tool. The key is to not have overflow.
The 'pull of gravity' can be measured with readily-available equipment. Here's how to do it: -- Borrow a bathroom scale . -- Place scale on a hard, flat, level surface. -- Place the unknown object on the scale. -- Read scale display. -- Record in notebook. -- Return to lab with notebook. -- The quantity noted represents the magnitude of the mutual gravitational forces between the earth and the object under study. -- Send scale to the Smithsonian. -- Eat the object under study. -- Add graphs, charts, formulas, and descriptions of method of procedure. -- Publish.
well it depends. The material coins are made of is different. Nickel or copper. Therefore pounds. OR The circumference. Diameter X Pi.(3.141...).
Latitude and longitude are angles, so any common angle measure is appropriate, such as radians, degrees, grads, etc. The traditional and most commonly used unit is 'degrees', along with either decimal fractions of degrees, or else the fiendishly awkward and unwieldy 'minutes' and 'seconds' fractions of degrees.
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The best way to remember how to spell words, is to break them into smaller chunks. To remember the spelling of "measure": Me - A - Sure
the extent, quantity, amount, or degree of something, as determinedby measurement or calculationAnswer this questionâ¦
Metres, centimetres and millimetres as well as feet, inches and fractions of inches. Metres, centimetres and millimetres as well as feet, inches and fractions of inches. Metres, centimetres and millimetres as well as feet, inches and fractions of inches. Metres, centimetres and millimetres as well as feet, inches and fractions of inches.
Obviously, you can't. If you don't have a jigger/shot glass/measuring cup (or just don'twant to mess around with one), you can estimate by pour time.Bartenders fit open liquor containers with spouts that control pourrate such that if you turn the bottle over while you count tothree, as long as you always count at the same rate you'll alwaysget about the same amount of alcohol. This is faster than actuallymeasuring and reasonably accurate. If you watch a show like "BarRescue", often times the mixologist will be shown explaining to thebartenders how to make the new cocktails using pour times: "Pourtequila for a three-count, pour triple sec for a one-count, add thejuice of a lime, shake and pour it over ice".
Ascertain the size, amount, or degree of something by using aninstrument or device marked in standard units or by comparing itwith an object of know size.