Solve the problem.Jake wants to work 2
hours at his part-time job this week. He has already worked 
How many more hours does he need to work?
A. 1
hr
B. 
hr
C. 
hr
D. 
hr
Answer: D
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Solve the problem.A function that models the population (in thousands) of children under the age of 18 in a certain town, t years after 2010 is C(t) = 0.0013t2 - 0.163t + 15.82. A function that models the population (in thousands) of adults aged 18 or over of the same town, t years after 2010 is 
Find the equation of a function that models the estimated population of the town t years after 2010.
A. P(t) = 0.0076t2 - 0.38t + 9.26 B. P(t) = 0.0076t2 - 0.054t + 40.9 C. P(t) = 0.0063t2 + 0.0013t + 40.52 D. P(t) = 0.0076t2 - 0.38t + 40.9
Perform the indicated operations.
+ 
- 
A. - 
B. 
C. - 
D. 
Solve the problem.In Mark's hometown the road system is set up like a Cartesian plane where streets are indicated by the number of blocks they are from Oliver Street and Main Street. Mark's house is located 6 blocks west of Oliver Street and 4 blocks north of Main Street. Karine's house is located 7 blocks east of Oliver Street and 10 blocks north of Main Street. Find the distance "as the crow flies" from Mark's house to Karine's house. Use city blocks as the unit of measurement.
A. 
blocks
B. 
blocks
C. 
blocks
D. 205 blocks
Find the zeros of the function: 
What will be an ideal response?