Question 1: So the top of the box is gonna be three centimeters times 10 centimeters, which is 30 square centimeters of area. Word problems on comparing rates. Complementary and supplementary angles word problems. Next tutorial.

## Surface area of a box (cuboid)

This is equal to eight centimeters, and we're done. Types of triangles. Construction of triangles - I. And so we get zero, this is going to be carry the one, or regroup the one, it's a 100, and then we have 500.

Test - II. So let me get out of graphing mode. Perpendicular distance. Times table shortcuts.

## Dimensions of a cube from its volume

So far, we've just set up our maximization problem, and we've looked at it graphically. So x has got to be between 0 and 10. Trigonometric ratios of complementary angles. So negative 200 squared. Constant of proportionality. Domain and range of rational functions. Well, we could type that back in into our original expression for volume to figure what that is. Sum of all three digit numbers divisible by 8.

## Optimization: box volume (Part 1)

Translating the word problems in to algebraic expressions. So that is my sheet of cardboard. We probably could have gotten a little bit more precise if we zoomed in some and then we would have gotten a little bit better of an answer, but there you have it. Solving linear equations using cross multiplication method.

It would now look like this. And now we can just add up all of these together. One step equation word problems. What is the volume of this shape?

All silver tea cups.