But how many feet is he running each time?
Answer:
dry and hot
Step-by-step explanation:
It looks very similar to a cactus which also lives in this in a dry and hot area
Answer:
(See explanation below for further details).
Step-by-step explanation:
Let be a parametric curve represented by
and
, where
is the parametric variable.
The curve is represented graphically with the help of a graphing tool, whose outcome is included in the image attached below. The corresponding rectangular equation is found by eliminating t of each equation.
and 




The parametric equations represents a linear function (first-order polynomial).
Answer: There all even on all sizes.
Step-by-step explanation: