To measure the volume of a regular object, determine the length, width, and height of the object. Multiply these three dimensions together to calculate the volume in cubic units.
Without more information, we cannot determine the measure of d. The relationship between b and a does not provide any information about d.
The unit of measure used to determine an absolute location on a map or a globe is a degree. This is a unit of measurement for angles used in geography and cartography.
To find the length in centimeters of 105 cubic feet, you first need to determine the length in feet. Then you can convert that length from feet to centimeters. 105 cubic feet is a volume measure, not a length measure.
You could measure a pea by using a ruler or measuring tape to determine its diameter or circumference, or by using a kitchen scale to measure its weight in grams or ounces.
yes you can still determine the angle measure!
X-rays are reflected by electrons. The shift in frequency/wavelength of the reflected X-ray compared to the original X-ray (Doppler effect) can be used to measure the speed of the electrons.
To measure the volume of a regular object, determine the length, width, and height of the object. Multiply these three dimensions together to calculate the volume in cubic units.
You can measure a refrigerator by using a tape measure to determine the height, width, and depth of the exterior dimensions. Make sure to measure from the widest points, including any handles or protruding parts.
If it's rectangular, you multiply length x width. So yes, in that case you need to determine both measurements - for example length and width.
The surface area of a sphere is 4 x Pi x radius2. Pi = 3.142. If you want the answer in sq ft you have to measure the radius (half the diameter) in feet.
measure it
Example: Measure a floor-- it is 20 feet long and 30 feet wide 20 x 30 = 600 square feet.
x + y = 90 x − 2y = −17
use a known volume container to measure a quantity = 200 x (the depth you want the sand).
measure
You would determine the volume of water it displaces and measure it.