Oh, dude, it's like so simple. To write 536 in index form, you just express it as 5.36 x 10^2. See, you take the decimal point and move it two places to the left to get that power of 10. Easy peasy, right?
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To write 536 in index form, we need to express it as a power of a base number. In this case, 536 can be expressed as 2^3 x 67^1. This is because 2^3 equals 8 and 67^1 equals 67, so when you multiply 8 by 67, you get 536.
Oh honey, it's simple. To write 536 in index form, you would express it as 5.36 x 10^2. See, math can be a piece of cake when you break it down!
Oh, dude, index form in math is just a fancy way of saying exponential form. So, if you see "536" in index form, it means 5 to the power of 36. It's like math's way of saying, "Hey, let's make this number look cooler and more confusing!"
First determine the prime factors. then write in exponent form (power form or index form) thus your answer would be 2^2 x 13^2.
It is: 2^1 times 3^2 times 5^2 = 450
.536
536 thousandths to decimal = 0.536