The number of flip-flops required to make a MOD-32 binary counter is 5.

Here's why:

A MOD-N counter requires enough flip-flops to store N states. In binary, N states require log2(N) flip-flops.

So, for a MOD-32 counter, we need log2(32) flip-flops.

Calculating log2(32) gives us 5.

So, the correct answer is b. 5.

Question

The number of flip-flops required to make a MOD-32 binary counter is 5.

Here's why:

A MOD-N counter requires enough flip-flops to store N states. In binary, N states require log2(N) flip-flops.

So, for a MOD-32 counter, we need log2(32) flip-flops.

Calculating log2(32) gives us 5.

So, the correct answer is b. 5.

Knowee AI · Accepted Answer

The number of flip-flops required to make a MOD-32 binary counter is 5.

Here's why:

A MOD-N counter requires enough flip-flops to store N states. In binary, N states require log2(N) flip-flops.

So, for a MOD-32 counter, we need log2(32) flip-flops.

Calculating log2(32) gives us 5.

So, the correct answer is b. 5.

How many flip-flops are required to make a MOD-32 binary counter?a.6b.5c.4d.3