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1. Solve using the five-step problem-solving process. Show all steps necessary to arrive at your solution.
A 4-ft by 6-ft picnic table is placed on an outdoor patio measuring x ft by (x + 2) ft. Find a polynomial for the remaining open space on the patio (in square feet).
2. Solve using the five-step problem-solving process. Show all steps necessary to arrive at your solution.
An object's altitude, in meters, is given by the polynomial h + vt - 9.8t2, where h is the height in meters from which the launch occurs, v is the initial upward speed in meters per second, and t is the number of seconds for which the rocket is airborne. A pebble is shot upward from the top of a building 175 meters tall. If the initial speed is 32 meters per second, how high above the ground will the pebble be after 3 seconds? Round results to the nearest tenth of a meter.
Which of the following is/are TRUE for the graph of EVERY polynomial function? It must have either a minimum or a maximum value
Solving problem using substitution and graphing method.
What is the situation when two linear inequalities have no solution? What are the conditions when the solution of a system of linear inequalities will be in the first quadrant?
Determine the number of solutions the system of 1/3y-5=2x and y=3(2x+5) will have
Find the percent of spam from the given model
Use the graph to state the vertical & horizontal asymptotes
Find different arrangements of distinct objects.
Find the slope intercept equation
Calculating the monthly payment and total interested paid
Let n be an integer.
An object is close to a light source - say at a distance of x meters. Another object B is at a distance of 2.3 times x meters from the same light source or in equation from distance to B from the light source = 2.3 (x meters).
Find the domain and range of the relation.
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