Examlex

Solved

Alone in Your Dim, Unheated Room You Light One Candle F{ } ^ { \circ } F

question 10

Short Answer

Alone in your dim, unheated room you light one candle rather than curse the darkness.Disgusted by the mess, you walk directly away from the candle.The temperature (in F{ } ^ { \circ } F )and illumination (in % of one candle power)decrease as your distance (in feet)from the candle increases.The table below shows this information.
 distance(feet)  Temp. (F) illuminatiou (%)055100154.585253.575352674506054756643.553\begin{array}{ccc}\text { distance(feet) } & \text { Temp. }(\mathbf{F}) & \begin{array}{c}\text { illuminatiou } \\(\%)\end{array} \\0 & 55 & 100 \\1 & 54.5 & 85 \\2 & 53.5 & 75 \\3 & 52 & 67 \\4 & 50 & 60 \\5 & 47 & 56 \\6 & 43.5 & 53\end{array} Does the following graph show temperature or illumination as a function of distance?  Alone in your dim, unheated room you light one candle rather than curse the darkness.Disgusted by the mess, you walk directly away from the candle.The temperature (in  { } ^ { \circ } F  )and illumination (in % of one candle power)decrease as your distance (in feet)from the candle increases.The table below shows this information.   \begin{array}{ccc} \text { distance(feet) } & \text { Temp. }(\mathbf{F}) & \begin{array}{c} \text { illuminatiou } \\ (\%) \end{array} \\ 0 & 55 & 100 \\ 1 & 54.5 & 85 \\ 2 & 53.5 & 75 \\ 3 & 52 & 67 \\ 4 & 50 & 60 \\ 5 & 47 & 56 \\ 6 & 43.5 & 53 \end{array}  Does the following graph show temperature or illumination as a function of distance?


Definitions:

Thermoreceptors

Sensory cells or nerve endings specialized in detecting variations in temperature, found in the skin and other parts of the body.

Lateral Line

A system of sense organs found in aquatic vertebrates, used to detect movements and vibrations in the surrounding water.

Semicircular Canals

Three fluid-filled tubes in the inner ear that are crucial for maintaining balance and sensing motion.

Cochleae

The spiral-shaped, auditory portion of the inner ear responsible for transforming sound into nerve impulses that are sent to the brain.

Related Questions