Want this question answered?
it's based on the types of fossils and rocks
Because Pluto is so far away from the sun that it would only be measered in astronomical units or light time.
length(meters), mass (grams), and time (seconds)This answer is incorrect. The correct answer is as follows:The SI system comprises seven BASE units and numerous DERIVED units which are all based on the seven base units. The seven base units are:length: metremass: kilogram (not gram!)time: secondelectric current: amperetemperature: kelvinluminous intensity: candelaamount of substance: mole
Kepler's third law says that the time of one revolution round the Sun is proportional to the distance raised to the power 3/2.That means that a planet at a distance of 4 astronomical units would have a rotation period of 8 years. At 9 astronomical units it would take 27 years.
In the International System of Units (SI Units), time is measured in seconds.
A year is a unit of time. An astronomical unit is a unit of distance. The two units are therefore incompatible.
it's based on the types of fossils and rocks
the earth.
Units of production
Calanders are based on the revolution of the earth around the sun.
The four units the Finance Administration may staff are Procurement Units, Cost Units, Time Units, and Compensation/Claims Units. The are created based on need.
Because Pluto is so far away from the sun that it would only be measered in astronomical units or light time.
An astronomical year is a unit of time, the amount of time it takes for the Earth to pass around the sun.
length(meters), mass (grams), and time (seconds)This answer is incorrect. The correct answer is as follows:The SI system comprises seven BASE units and numerous DERIVED units which are all based on the seven base units. The seven base units are:length: metremass: kilogram (not gram!)time: secondelectric current: amperetemperature: kelvinluminous intensity: candelaamount of substance: mole
Here's a cool tip, you can use Google as a conversion tool. In your search field, type "9 ounces to grams", you will have your answer. This works for linear, area, volume and time units. I use it all the time. eg. "987,644 astronomical units to light years" "98 degrees Fahrenheit to degrees Celsius" "75 centimeters to inches"
No. 0.30 is based on 100 total units of something, and minutes are based on 60 total units of time. Hence, 30 minutes = 0.5 hour.
Kepler's third law says that the time of one revolution round the Sun is proportional to the distance raised to the power 3/2.That means that a planet at a distance of 4 astronomical units would have a rotation period of 8 years. At 9 astronomical units it would take 27 years.