Understanding Probability & Statistics

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To solve the problem, the current drawn from the power supply is expressed as i = 0.1 + 0.05k, where k represents the number of 1's in a 32-bit register. Given that 1's and 0's are equally likely, k follows a binomial distribution with parameters n = 32 and p = 0.5. The task is to find the probability that the current falls between 1.2 and 1.4 microamperes, which translates to determining the corresponding bounds for k. By calculating the values of k that satisfy these current bounds, one can then use the binomial distribution to find the required probability. This approach effectively combines understanding of probability distributions with the specifics of the problem at hand.
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Hey everyone!

I had the following problem on mt test & still can't figure out how to do it. Please help me understand it.

Question: A computer has a 32-bit register. The current drawn from the power supply is
i = 0.1 + 0.05k(micro amperes), where k is the number of 1's in the register. Under normal operating conditions, 1's and 0's are equally likely and independent throughout the register. Find the probability that the current falls between 1.2 & 1.4 (micro amperes), inclusive.

Thanks everyone.
 
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You really are supposed to explain your own thoughts before receiving help here, but I'll start you off by saying that you should use the bounds on the current to find bounds on k.
 
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