What was the shape and units and method of the protractor in the olden days?

A protractor that can be made from a square piece of tracing paper or wax paper to make an angle measurer. It is divided into 8 equal units. The units are labelled from 0 to 7 clockwise and counterclockwise. To measure an angle, count how many units fit the angle

Any shape can have a perimeter of 6 units, depending on what those units are.

You should use a protractor, a protractor is the best way to identify an angle or line. They can often be bought at hardware or craft stores. The measurement units are revolutions, degrees, and radians.

Whatever shape you like can have a perimeter of 22 units

Units of production method.

1 shape that u can put for an area of 10 square units is a rectangle

The area of a shape is measured in square units

Any closed shape, at all.

All shapes have areas that are in square units so there is nothing you need do there. So all you need is a closed shape with a perimeter of 7 units. All shapes have areas that are in square units so there is nothing you need do there. So all you need is a closed shape with a perimeter of 7 units. All shapes have areas that are in square units so there is nothing you need do there. So all you need is a closed shape with a perimeter of 7 units. All shapes have areas that are in square units so there is nothing you need do there. So all you need is a closed shape with a perimeter of 7 units.

The surface area of a shape is expressed in square units.

Units-of-production method.

The shape of a pie is circular. If its diameter is d units, the area is 0.25*pi*d^2 square units.

In olden days, they were used for measuring mass, distance and volumes. Nowadays, these units are not used in science anywhere in the world except in the US.

Assuming the shape is a cube, it would be 2*2*2 = 8 cubic units

That's called the "area" of the shape.

Any shape could have a perimeter of 8 units. If you mean 8 sides, it's an octagon, like a stop sign.

20 units

The answer depends on the shape of the prism. If the prism has bases that are polygons with area B square units and perimeter P units, and if theprism is L units long, then the total surface area = 2B + PL square units. The answer depends on the shape of the prism. If the prism has bases that are polygons with area B square units and perimeter P units, and if theprism is L units long, then the total surface area = 2B + PL square units. The answer depends on the shape of the prism. If the prism has bases that are polygons with area B square units and perimeter P units, and if theprism is L units long, then the total surface area = 2B + PL square units. The answer depends on the shape of the prism. If the prism has bases that are polygons with area B square units and perimeter P units, and if theprism is L units long, then the total surface area = 2B + PL square units.

It has 5 repulsive units including a lone pair.So the shape is pyramidal

Any closed shape in 2-dimensions can have any area.

Kilo=1000 units hecto=100 units deka=10 units basic units {gram, metre, litre} deci= 0.1 units centi=0.01 units milli=0.001 units

Any shape at all can have an area of 25 square units. Examples: -- A square with sides 5 units long. -- A rectangle that's 25 units long and 1 unit wide. -- A circle with diameter of 5.6419 units (rounded) -- A triangle that's 10 units high and sits on a base that's 5 units wide.

If it's a square then each side of the square will be 16 units in length

international system of units

A perimeter is not enough to determine the area. It depends on the shape. The shape has the greatest area if it is a circle and then the area will be 143.73 square units (approx). If it a square, the area will be 112.890625 sq units. But the area can be reduced, without limit, by making the shape longer and thinner. For example, 20*1.25 rectangle: area = 25 sq units 21*0.25 rectangle: area = 5.25 sq units 21.2*0.05 rectangle: area = 1.06 sq units 21.24*0.001 rectangle: area = 0.2124 sq units etc