The degrees stay the same.
Multiply the decimal by 60
0.39 x 60 = 23.4
Now take the decimal bit and mulitply by 60 to get the seconds.
0.4 x 60 = 24.
So the answer is: 40 degrees, 23 minutes, 24 seconds.
Answer:
Smallest B. 300,000
Larger C. 1,000,002
Largest A. 3,000,000
Step-by-step explanation:
A. 100 × 30,000
= 3,000,000
B. 3 × 100,000
= 300,000
C. 1 million + 2
= 1,000,000 + 2
= 1,000,002
Arrange from smallest to the largest
Smallest B. 300,000
Larger C. 1,000,002
Largest A. 3,000,000
Answer:
Commutative
Step-by-step explanation:
Given
Required
What law is applied
The applied law is commutative law of addition.
This law states that:
So:
When the positions of 2 and b are interchanged, we have:
Remove bracket
Answer:
It is a little bit trivial:
As we know:
Energy sink: is anything that uses energy.
Energy source: is anything that produces energy.
How the caol deposits can be energy sinks? well, you want to extract the coal from those deposits, and to do it, you need to "use energy" (the type of energy can depend on the extraction method, for example, if you use a pickaxe to extract the coal, you are using mechanical energy)
These coals are potential energy sources because coal is an energy source, potential means that, given some circumstances, something can transform into other things.
So potential energy source in this situation means that those coal deposits can be potential energy when we extract the coal and use it as an energy source.
Area is length times width 42x20=840
