64 is equivalent to 8^2
40.000000 in standard index form is 4.0 × 101
8890 in standard index form = 8.89 × 103
No. In the index form a number is expressed as a multiple of its prime factors whereas in the standard form it is expressed as a number between in the range [1, 10) multiplied by an integer power of 10. So, for example, 1728 in index form = 26*33 1728 in standard form = 1.728*103 The index form can only be used for integers.
In index form, 64 can be expressed as 2^6. This is because 2 raised to the power of 6 equals 64. The base, which is 2 in this case, represents the number being multiplied by itself (in this case, 2 multiplied by itself 6 times). The exponent, which is 6 in this case, represents the number of times the base is multiplied by itself.
Ah, what a lovely question! The standard form of 2x2x2x2x2x2 is 64. You see, when we multiply all these twos together, we get a beautiful number that represents the result of our multiplication journey. Just imagine each two holding hands, coming together to create something wonderful - that's the magic of math!
40.000000 in standard index form is 4.0 × 101
5,200 in standard index form = 5.2 × 103
8890 in standard index form = 8.89 × 103
64
2.9 million in standard index form = 2.9 × 106
1250 in standard index form = 1.25 × 103
No. In the index form a number is expressed as a multiple of its prime factors whereas in the standard form it is expressed as a number between in the range [1, 10) multiplied by an integer power of 10. So, for example, 1728 in index form = 26*33 1728 in standard form = 1.728*103 The index form can only be used for integers.
64
Eight times eight can be expressed in index form as (8^2). This represents the multiplication of eight by itself, which equals 64. Thus, (8^2 = 64).
2 × 10^-7 is in standard [index] form. In normal form it is 0.0000002
64
6.4 million in standard form is 6.4 × 106(standard notation is 6,400,000)