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I suggest you raise 6 to different powers, i.e.,6
6 x 6
6 x 6 x 6
etc.
You might notice a pattern.
Wiki User
∙ 8y ago
Wiki User
∙ 8y ago6
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What is the units digit of 2013 to the power of 2013?
The units digit of 20132013 is the same as the units digit of 32013. The units digit of 34 = units digit of 81 = 1 So units digit of 32013 = 32012+1 = 34*503+1 = 34*503 *31 = 1503*3 = 3
What is the units digit of 3 to the 84th power?
7
What is the units digit of 7 to the 34 power?
1
What is the units digit of 2 to the 1492nd power?
6.
What is the units digit of 3 to the power of 19?
it is 3
What is the units digit of 7 to the 15 power?
Power 2: units digit 9. Multiply by 49 again to get power 4: units digit 1. So every 4th power gives units digit 1. So 16th power has units digit 1, so the previous power, the 15th must have units digit 3.
What is the units digit of 2013 to the power of 2013?
The units digit of 20132013 is the same as the units digit of 32013. The units digit of 34 = units digit of 81 = 1 So units digit of 32013 = 32012+1 = 34*503+1 = 34*503 *31 = 1503*3 = 3
What is the units digit of 4 to the power of 53rd?
It is 4.
What is the units digit of 2 to the power of 2011?
It is 8.
What is the units digit of 3 to the 324 power?
1
What is the units digit of 3 to the 53rd power?
3
What is the units digit of 3 to the 84th power?
7
What is the units digit of 7 to the 34 power?
1
What is the units digit of 2 to the 1492nd power?
6.
What is the units digit of 3 to the power of 19?
it is 3
What is the unit digit of 3 to the 60 power?
3 to a power divisible by 4 will have a units digit of 1.The powers of 3 are 3, 9, 27, 81 ... obviously, the next one will have a units digit of 1x3 or 3, the next one will have a units digit of 3x3 or 9, the next one will have a units digit of 7 (because 9x3 is 27), the next one will have a units digit of 1 (because 7x3 is 21), and then the cycle starts over with a units digit of 3 again.
What is the unit’s digit in the expansion of 2 raised to 725?
The unit's digit in the expansion of 2 raised to the 725th power is 8. This can be determined by using the concept of the "unit's digit law". This law states that the units digit of a number raised to any power is the same as the units digit of the number itself. In this case, the number is 2, which has a units digit of 2, so the units digit of 2 to the 725th power is also 2. However, this is not the final answer. To get the unit's digit of 2 to the 725th power, we must use the "repeating pattern law". This law states that when a number is raised to any power, the unit's digit will follow a repeating pattern. For 2, this pattern is 8, 4, 2, 6. This means that the units digit of 2 to any power will follow this pattern, repeating every 4 powers. So, if we look at the 725th power of 2, we can see that it is in the 4th cycle of this repeating pattern. This means that the units digit of 2 to the 725th power is 8.
