It's getting near zero.

Latency

First let's consider latency.

Do we really have to get down to near zero?

Near the summit, temperatures can be 40 degrees below zero.

The latency for a hard drive is much worse than the latency for the DRAM memory.

Baseline levels are near zero, without some stimulus to cause its release.

You should be able to compute the latency distance.

The latency is much higher than a CPU register.

A low latency, high quality voice chat program for gaming

The latency distance, though, is quite high. It's 2098 kilometers.

Probably, one of these numbers is going to have to get pretty near to zero.

So, if we measured zero point zero zero seven zero zero kilometers.

So what's zero, plus zero, plus zero, plus zero?

Zero plus zero plus zero ten times is still zero.

1, zero, minus 1, zero, 1, zero.

And the answer is that until we get near to zero, the temperature will continue to rise.

So 1, zero, minus 1, zero, positive, zero, negative, zero, positive.

So what I've done is, I've adapted Cloudburst so that it embraces the latency and the performers sing into the latency instead of trying to be exactly together.

One, one, point zero zero one, zero zero one, dot dot dot.

Sine of zero is zero, so minus zero is still zero, so this is zero. f prime prime of zero.

How many 5s have I seen? Zero, zero, zero, zero, 1, 2, great.

Latency is the time it takes something to go from Udacity to YouTube.

So, times zero, times zero.

Anything times zero is zero.

Zero times 3 is zero.

Sine of zero is zero.

Near

Near

And the answers that you should have gotten is that a light bulb, the latency distance is approximately 300,000 kilometers for a CPU register, where the latency is less than 0.4 nanoseconds, the equivalent latency distance is 0.12 meters, about 120 centimeters for the DRAM, DRAM is much cheaper.

Zero

Zero

Zero.

Zero.

So four plus zero plus zero.

And you get six zero zero.

Zero times twenty five is zero.

So, anything times zero is zero!

Eight point two five minus zero point zero one zero five.

I've told you the latency is 7 milliseconds. That's a milli, not a nano.

Some of them are going to be negative, but they are going to be small. They should be near zero.

So you don't have to memorize your zero multiplication tables because everything times zero is zero, or zero times anything is zero.

You know, let's say, usually you initialize your parameters at zero for zero, theta zero and zero.

Sign of zero is zero, two times zero is zero, so this whole thing is zero. 1 minus 0 is 1. Fair enough.

Near center