4 ms·
While there is some truth to your comment, it has no practical engineering relevance. Since energy transfer rate is proportional to temp difference, therefore y
by friendzis 1y ago
While there is some truth to your comment, it has no practical engineering relevance. Since energy transfer rate is proportional to temp difference, therefore you compute the flow rate required, which is going to be different if the chips are in series or in parallel.
- Dylan16807 1y agoIf you're heating up the water by 10 or so degrees on typical computer hardware, I bet you're not bottlenecked by energy transfer. Your flow rate is based on how hot you want the water to get, so series or parallel goes back to not mattering.