Mariano is standing at the top of a hill when he kicks a soccer ball up into the air. The

Mariano is standing at the top of a hill when he kicks a soccer ball up into the air. The height of the hill is h feet, and the ball is kicked with an initial velocity of v feet per second. The height of the ball above the bottom of the hill after t seconds is given by the polynomial −16t2 + vt + h. Find the height of the ball after 4 seconds if it was kicked from the top of a 25-foot tall hill at 72 feet per second.

Miss Sato works for a small company that does not have any retirement plans, but she wants to begin saving for

Miss Sato works for a small company that does not have any
retirement plans, but she wants to begin saving for retirement.
She is planning to retire in 2037. After a little research, she only
wants to put funds in a single retirement fund instead of
gradually migrating funds from one asset class to another as she
approaches retirement. Find an appropriate mutual fund and
explain your decision

Look at the two patterns below: Pattern A: Starts at 2 and follows the rule “add 5” Pattern B: Starts

Look at the two patterns below: Pattern A: Starts at 2 and follows the rule “add 5” Pattern B: Starts at 2 and follows the rule “add 3” Select the statement that is true. The first five terms in Pattern A are 2, 7, 12, 17, 22. The first five terms in Pattern B are 2, 5, 9, 12, 15. The terms in Pattern A are 2 times the value of the corresponding terms in Pattern B. The terms in Pattern B are one third the value of the corresponding terms in Pattern A.