I Get to be Me; You Get to be You!

According to 1 Corinthians 12:18-19, how does God arrange the parts of the body?

• Randomly, without any specific order

• Based on human decision

• Each part just where he wants it

• In pairs for symmetry

What does 1 Corinthians 12:26 imply about the relationship between the parts of the body?

• They function independently of one another

• They suffer and are honored separately

• They all suffer or are honored together

• Only one part can be honored at a time

According to 1 Corinthians 12:18-19, how does God view the body?

• As a single part functioning alone

• As a body with many parts placed where He wants

• As a collection of identical parts

• As a structure without diversity

What is the key message of the verse from 1 Corinthians 12:18-19?

• Uniformity is key to the body's function

• Diversity is not important in a body

• Each part of the body is placed specifically by God and is important

• The body functions best with only one part

How many bones are in the adult human body?

Mathematical Equivalence

ON

The skeleton provides (a)   to the human body.

• Flexibility
• Stability, structure, and protectio
• Elasticity
• Buoyancy

Match each statement about bones with its correctness.

• This statement is incorrect as most bones are not easily replaceable.

• Because each bone serves a different and essential purpose

• This statement is not universally true as bone sizes vary.

• Because each bone is large

• This statement is correct as each bone does serve a different and essential purpose.

• Because bones are unbreakable

• This statement is incorrect as bones can break under certain conditions.

• Because bones are replaceable

How many bones are there in one foot?

Mathematical Equivalence

ON

How many joints are there in one foot?

Mathematical Equivalence

ON

Match the following descriptions of a foot made entirely of toes with the correct implications.

• Speculating on the bone count in a foot composed solely of toes.

• It would have more bones than a normal foot.

• Considering the necessity of diverse parts for optimal foot functionality.

• It would work the same as a normal foot.

• Estimating the joint count in a hypothetical toe-only foot.

• It would not work the same; each part needs to be different for its own purpose.

• Assuming a foot's functionality remains unchanged regardless of its composition.

• It would have fewer joints than a normal foot.