answersLogoWhite

0


Best Answer

One cubic metre is equal to 1003 = 1000000 cubic centimetres. Therefore, 0.15 cubic metres is equal to 0.15 x 1000000 = 150000 cubic centimetres.

User Avatar

Wiki User

12y ago
This answer is:
User Avatar

Add your answer:

Earn +20 pts
Q: How many cubic centimeters are there in 0.15 cubic meters?
Write your answer...
Submit
Still have questions?
magnify glass
imp
Continue Learning about Natural Sciences

What does .015 oz weigh in grams?

0.425 grams


1 gallon treats 2000 gallons how much will treat 30 gallons?

This is an easy math proportion: 2000/1 = 30/x All you have to do is cross multiply, then divide: 30x1=30 divided by 2000x Divide 30 by 2000 (enter it in a caculator as I typed it) and you will get .015 gallons. x= .015 Now you can use a unit convertor to get your answer, or you can do the math. There are 128 ounces per gallon, so we'll start with that. 128 x .015= 1.8 ounces. So depending on the sensitivity needed, 2 ounces will will treat your 30 gallons.


The accepted value for the boiling water is 100.0 degrees Celsius when you measure this value in the laboratory your result is 98.5 degrees Celsius What is the percent error?

To find percent error, use this formula: (actual - experimental) / actual = x Then multiply x by 100 for your percentage. In this case, it would be: (100.0 C - 98.5) / (100) = .015 .015 x 100 = 1.5% There was a 1.5% error.


How fast does blood alcohol drop?

Alcohol is removed from the bloodstream by the liver at a relatively constant rate of 15 mg% (.015%) every hour or 1 drink per hour.


What is the mathematical formula to turn a particular sound frequency to a related color?

There are many possible formulas. The simplest would be to map the hearing range directly to the visible. The speed of sound in air is about 300 meters per second and the speed of light is about 3e8 meters per second. We can hear frequencies of 20 to 20,000 Hz, and that corresponds to wavelengths of 15 down to .015 meters. We can see wavelengths from 700 nanometers down to 400 nanometers. So a straight formula would be light wave length = 20e-9 * (sound wave length) + 399.7e-9 (in meters) sound wave length = 300 / (sound frequency in Hz) (in meters) Another way would be to compress the sound into octaves and let that be a linear mapping. This would be like assigning the keys on a piano to specific colors. A formula for that might be light wave length = 100 * (Log (sound wave length)) + 582.4 (in nanometers) (and I used the same formula for sound wave length above).