1. Lines
L and M lie on the coordinate plane and intersect at their
y-intercepts. Line L has a slope of ½. If vertical distance between
the two lines is 8 units when x = 5, which of the following could be
the slope of line M?

A. -1.1

B. -0.5

C. 2

D. 3.5

2. A triangle is bounded by the x-axis, y-axis
and a line. If the line has a slope of 4/3, and passes through the
point (-8, 4), what is area of the triangle?

A. 64 units squared

B. 66 ⅔ units squared

C. 80 units squared

D. 133 units
squared

3. An obtuse triangle’s three angles measured
in degrees are all integers.What is the maximum possible measure of the triangle’s
smallest angle?

A. 1°

B. 43°

C. 44°

D. 45°

Based on
the article “Woman sets out to row across the Pacific solo” on page
A1 of the Monday, June 8^{th}, Seattle Times.

4.
Baumstein hopes to complete the 6,000 mile journey from Choshi to
San Francisco in 3 ½ months. She expects to row for an average of 15
hours per day when the weather and waves are cooperating. If the
weather is calm enough for her to row 80% of the days she is at sea,
then how many hours of rowing will she have done by the time she
reaches San Francisco?

A. 1100 hours of rowing

B. 1300 hours of rowing

C. 1600 hours of rowing

D. 2000 hours of rowing

5.
The food brought along for the voyage weighs more than 1,000 pounds.
Included in the food are 900 dehydrated meals, ready be eaten after
adding water. If Baumstein brought 40% more meals than she thought
she would need, in case the journey goes slower than expected, then
how many meals per day is she planning on eating?

A. 5 meals per day

B. 6 meals per day

C. 7 meals per day

D. 8 meals per day

6.Blumstein
has a solar-powered desalination system onboard her boat that can
produce 8 gallons of fresh water every hour. If Blumstein’s
dehydrated meals each take 2.5 cups of water to prepare, then what
percentage of her daily water reproduction will she be using for
meal preparation? (1 gallon = 16 cups)

A. 0.2%

B. 0.5%

C. 2%

D. 7%

Based on
the article “Spacecraft deploys solar sail after long silences,
setbacks” on page A2 of the Monday, June 8^{th}, Seattle
Times.

7.The
solar sail satellite tentatively established contact with NASA and
then began the process of unfurling its sail. The four 13-foot
booms, connected at the center of the sail, form the diagonals of
the 345-square-foot sail. What is the perimeter of the square sail?

A. 19 feet

B. 26 feet

C. 46 feet

D. 74 feet

8.Tiny motors on the craft slowly extend the boom to their full
length. After 67,000 rotations the sail had unfurled to half its
length and width. After 134,200 rotations of the motor, the sail
would be completed unfurled. How quickly were the motors extending
the booms in inches per rotation?

A. 0.00001 inches per rotation

B. 0.0006 inches per rotation

C. 0.0012 inches per rotation

D. 0.024 inches per rotation

9. The satellite lost contact after 67,000
rotations, but NASA believes that the motors continued to function
and that the solar sail would stretch out to its full 345
square-foot area. If the dimensions of the sail were proportional to
how far the booms had extended, then when the satellite lost
contact, what was the total area of the sail that had been deployed?

A. 85.9 sq. ft.

B. 103 sq. ft.

C. 172 sq. ft.

D. 278 sq. ft.

Based on
the article “EPA starts down long path to cut plane emissions” on
page A10 of the Thursday, June 11^{th}, Seattle Times.

10.
Aviation emissions are a growing source of global greenhouse-gas
emissions. In 2020, due to increased air travel, aviation emissions
are expected to be 70% higher than they are today, even if airline
fuel efficiency improves by 2% each year, reducing the amount of
fuel needed to transport the same number of passengers and cargo and
thereby the emissions.
If airlines are not able to improve their fuel efficiency, then how
much higher will aviation emissions be in 2020 than they are now?

A. 54% higher

B. 77% higher

C. 80% higher

D. 88% higher

11.From
2000 to 2014, U.S. airlines were able to steadily improve the
efficiency of their fleets. They carried 20% more passengers and
cargo in 2014 than they did in 2000, but they used 8% less gas to do
so. How much more efficient were carriers in 2014 than they were in
2000?

A. 26% more fuel efficient

B. 28% more fuel efficient

C. 30% more fuel efficient

D. 35% more fuel efficient

Sum Up the News is posted to the Web on Tuesdays. Please share the NIE program with other teachers. To sign-up for the electronic edition of
the newspaper please call 206/652-6290 or toll-free 1-888/775-2655.