OAIM Lab Format

The "O" in the OAIM Lab Format can best be described as:

• This is the action taking place in the procedural step.

• This is the quantitative measurement or qualitative observation made in the procedural step.

• This is the equipment used in the procedural step to make a quantitative measurement or qualitative observation.

• This is the focus of the procedural step

The "A" in the OAIM Lab Format can best be described as:

• This is the action taking place in the procedural step.

• This is the quantitative measurement or qualitative observation made in the procedural step.

• This is the equipment used in the procedural step to make a quantitative measurement or qualitative observation.

• This is the focus of the procedural step

The "I" in the OAIM Lab Format can best be described as:

• This is the action taking place in the procedural step.

• This is the quantitative measurement or qualitative observation made in the procedural step.

• This is the equipment used in the procedural step to make a quantitative measurement or qualitative observation.

• This is the focus of the procedural step

The "M" in the OAIM Lab Format can best be described as:

• This is the action taking place in the procedural step.

• This is the quantitative measurement or qualitative observation made in the procedural step.

• This is the equipment used in the procedural step to make a quantitative measurement or qualitative observation.

• This is the focus of the procedural step

To calculate the density of a block of wood you must first use a balance to determine the mass of the wood. Next, calculate the volume of the block using a graduated cylinder and water displacement method. Finally, divide the mass of the wood by the volume obtained.

What is the OBJECT in this example?

• Balance

• Block of wood

• Graduated Cylinder

• Water

To calculate the density of a block of wood you must first use a balance to determine the mass of the wood. Next, calculate the volume of the block using a graduated cylinder and water displacement method. Finally, divide the mass of the wood by the volume obtained.

What is the ACTION in this example?

• Balance & Graduated Cylinder

• Block of wood

• Mass

• Measure

To calculate the density of a block of wood you must first use a balance to determine the mass of the wood. Next, calculate the volume of the block using a graduated cylinder and water displacement method. Finally, divide the mass of the wood by the volume obtained.

What is the INSTRUMENT in this example?

• Balance & Graduated Cylinder

• Block of wood

• Mass

• Measure

To calculate the density of a block of wood you must first use a balance to determine the mass of the wood. Next, calculate the volume of the block using a graduated cylinder and water displacement method. Finally, divide the mass of the wood by the volume obtained.

What is the MEASUREMENT in this example?

• Balance & Graduated Cylinder

• Block of wood

• Mass

• Measure