scientist sets up terrariums in a laboratory and observes the growth of lizards in each terrarium. Which of the following observations could be used as evidence that the amount of space in an environment can affect an animal's growth?(1 point) Responses Two lizards of the same species grow to different sizes in the same terrarium. Two lizards of the same species grow to different sizes in the same terrarium. Two different species of lizard grow to different sizes in the same terrarium. Two different species of lizard grow to different sizes in the same terrarium. Two lizards of the same species grow to different sizes in terrariums with different food supplies. Two lizards of the same species grow to different sizes in terrariums with different food supplies. Two lizards of the same species grow to different sizes in different-sized terrariums

2 answers

The observation that could be used as evidence that the amount of space in an environment can affect an animal's growth is: "Two lizards of the same species grow to different sizes in different-sized terrariums."

This observation specifically addresses the impact of the available space in the environment, as it keeps the species consistent while varying the terrarium size.

Question Which statement is true?(1 point) Responses Neutral mutations occur when a mutation in a DNA region provides an advantage that helps the organism survive. Neutral mutations occur when a mutation in a DNA region provides an advantage that helps the organism survive. Neutral mutations occur when a mutation in a DNA region results in the same sequence as the original. Neutral mutations occur when a mutation in a DNA region results in the same sequence as the original. Neutral mutations occur when a mutation is found in a DNA region that codes for proteins. Neutral mutations occur when a mutation is found in a DNA region that codes for proteins. Neutral mutations occur when a mutation is found in a DNA region and results in a harmful disease. Neutral mutations occur when a mutation is found in a DNA region and results in a harmful disease.