Weigh on an even balance.

And weigh with a proper balance.

and weigh with the straight balance,

And weigh with a balance straight.

And weigh with the true and straight balance.

And weigh with accurate scales.

weigh with an even balance

And weigh with the true balance.

Weigh with an even balance,

and weigh with the straight scale,

And weigh with an even balance.

Weigh your goods with proper balance

And weigh (things) with a right balance,

Weigh with correct scales

And weigh with scales true and upright.

Oh, something much more precious even than that.

My watch keeps good time.

Tom is accurate at figures.

This watch keeps bad time.

This clock is accurate.

My wristwatch keeps good time.

The clock on that tower is accurate.

My watch is accurate.

We get that from the census data.

My watch isn't running right.

The watch keeps accurate time.

This watch keeps correct time.

My watch is very accurate.

My watch is more accurate than yours.

Well, this is exactly the sort of thing that a programming language

We have to bundle adjust them. Find tie points.

A plan you have to take the bridge, Master Windu?

What does it mean to look at it from multiple perspectives?

We also learned about planning in particular, breadth first planning,

Well, we figure that out, I think, either in the last video or the video before that.

This one takes 30 minutes, 30, 10, 60, 15, and 10.

Paul is punctual like a clock.

The clock is accurate and dependable.

What exactly is the plan?

There's no plan.

What are your plans?

In 1761, John Harrison, an English clockmaker and carpenter, built a clock that could keep accurate time at sea.

Plan

Which is?

It is certain that he will agree to your plan.