A Leaf Hangs From A Branch 12 Feet. Web a leaf hangs from a branch 12 feet in the air. It falls to the ground at a rate of 0.25 feet per second.
Which graph could represent the leaf’s height in feet as a function of time, in seconds, after leaving the branch? It falls to the ground at a rate of 0.25 feet per second. The leaf falls at 0.25 ft/sec.
Which Graph Coul Represent The Leaf's Height In Feet As A Function Of Time, In Seconds, After Leaving The Branch?
Web a leaf hangs from a branch 12 feet in the air. Which graph could represent the leaf’s height in feet as a function of time, in seconds, after leaving the branch? Web a leaf hangs from a branch 12 feet in the air.
The Leaf Starts At 12 Feet Above The Ground.
It falls to the ground at a rate of 0.25 feet per second. Position = 0.25 x 20 = 5 feet. Web the height is 12 feet and the rate of falling of leaf is 0.25 feet per second.
It Falls To The Ground At A Rate Of 0.25 Feet Per Second.
It falls to the ground at a rate of 0.25 0.25 feet per second. It falls to the ground at a rate of 0.25 feet per second. It falls to the ground at a rate of 0.25 feet per second.
Which Graph Could Represent The Leaf's Height In Feet As A Function Of Time, In Seconds, After Leaving The Branch?
Web a leaf hangs from a branch 12 12 feet in the air. Web the correct answer is: Which graph could represent the leaf’s height in feet as a function of time, in seconds, after leaving the branch?
Which Graph Could Represent The Leaf's Height In Feet As A Function Of Time, In Seconds, After Leaving The Branch?
There’s just one step to solve this. Web a leaf hangs from a branch 12 feet in the air. This eliminates the first and third graph, leaving the second and last.