13. a biologist has found that the number of branches on a certain rare tree
in its first few years of life can be modeled by the polynomial
b(y) = 4y + y. the number of leaves on each branch can be modeled
by the polynomial (y) = 2y+3y + y, where y is the number of years
after the tree reaches a height of 6 feet. write a polynomial describing
the total number of leaves on the tree.

Select all the correct locations on the table. consider the following expression. 76.493 select "equivalent" or "not equivalent" to indicate whether the expression above is equivalent or not equivalent to the values or expressions in the last column equivalent not equivalent 343 equivalent not equivalent 49 78.498 78.498 75.493 equivalent not equivalent 75.7 equivalent not equivalent