The exoskeleton of a butterfly does NOT provide

which of the following?
a. physical protection
b. physical support
c. a barrier against dehydration
d. a respiratory surface
e. an anchoring site for muscles


Answer: d

Biology & Microbiology

You might also like to view...

Hybridization of DNA is _____ and is driven entirely by _____

a. non-spontaneous; ATP b. non-spontaneous; hydrogen bonding c. non-spontaneous; glycolysis d. spontaneous; ATP e. spontaneous; hydrogen bonding

Biology & Microbiology

Blood velocity is slowest in the

a. arteries. b. arterioles. c. capillaries. d. venules. e. veins.

Biology & Microbiology

Endometrial tissue sometimes migrates out of the uterus and attaches to other abdominal organs

Indicate whether the statement is true or false

Biology & Microbiology

Facultative anaerobes differ from aerotolerant anaerobes in that ________.

A. facultative anaerobes synthesize both superoxide dismutase and catalase for protection against reactive oxygen species (ROS), whereas aerotolerant anaerobes synthesize superoxide dismutase only, allowing survival in the presence of ROS, but they do not utilize O2 in their metabolic pathways B. aerotolerant anaerobes synthesize both superoxide dismutase and catalase for protection against reactive oxygen species (ROS), whereas facultative anaerobes synthesize superoxide dismutase only, allowing survival in the presence of ROS, but they do not utilize O2 in their metabolic pathways C. facultative anaerobes synthesize neither superoxide dismutase nor catalase so they lack protection against reactive oxygen species (ROS), whereas aerotolerant anaerobes synthesize superoxide dismutase only, allowing survival in the presence of ROS, but they do not utilize O2 in their metabolic pathways D. facultative anaerobes synthesize neither superoxide dismutase nor catalase so they lack protection against reactive oxygen species (ROS), whereas aerotolerant anaerobes synthesize both superoxide dismutase and catalase, allowing survival in the presence of ROS that form during respiration

Biology & Microbiology