Technically, once you know the weight of the box and the height of the platform, you can state the amount of
"work" or "energy" needed to raise the box onto the platform. But there's no such thing as the power "needed"
to do the job.
Power is just the rate of doing work. You can calculate the amount of work needed, but it doesn't matter whether
the work is done slowly or fast ... with low or high power.
11 raised to the 9th power divided by 9 raised to the 90th power
A^8 or A raised to the power of 8.
It is 10x raised to the second power.
113 raised to the power of 9 minus 189 raised to the power of 6 equals 3.0039964e+18
Two raised to the power of zero is 1
The number of batteries needed to power a robot will depend on the design of the specific robot.
11 raised to the 9th power divided by 9 raised to the 90th power
A^8 or A raised to the power of 8.
It can be raised to any power.It can be raised to any power.It can be raised to any power.It can be raised to any power.
It is 10x raised to the second power.
113 raised to the power of 9 minus 189 raised to the power of 6 equals 3.0039964e+18
What is 8 raised to the power of 2
The power could then be called an exponent. The number that is being raised to a power is called the base. In the case of 42, the exponent is 2 and the base is 4.
Two raised to the seventh power is 128.
Two raised to the power of zero is 1
e raised to the 0 power is 1
Two raised to the fifth power is 32.