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When traveling in Nevada, a student and her family drove throughout the great basin bioregion . Which of these are native organisms is typically found in this bioregion? a. the cottonwood tree and the iguana. b. the Joshua tree and the black-tailed jackrabbit. c. the redwood tree and the bald eagle. d. the palm tree and the ring-necked pheasant.

If a force of 100 Newtons was extended on an object and no work was done, the object must have:

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Page 1: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

When traveling in Nevada, a student and her family drove throughout the great basin bioregion. Which of these are native organisms is typically found in this bioregion?

a. the cottonwood tree and the iguana.b. the Joshua tree and the black-tailed jackrabbit.c. the redwood tree and the bald eagle.d. the palm tree and the ring-necked pheasant.

Page 2: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

When traveling in Nevada, a student and her family drove throughout the great basin bioregion. Which of these are native organisms is typically found in this bioregion?

a. the cottonwood tree and the iguana.b. the Joshua tree and the black-tailed jackrabbit.c. the redwood tree and the bald eagle.d. the palm tree and the ring-necked pheasant.

Page 3: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

If a force of 100 Newtons was extended on an object and no work was done, the object must have:

a. accelerated rapidly.b. remained motionlessc. decreased its velocityd. gained momentum

Page 4: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

If a force of 100 Newtons was extended on an object and no work was done, the object must have:

a. accelerated rapidly.b. remained motionlessc. decreased its velocityd. gained momentum

Page 5: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Which organelle would you expect to find in a plant cell but not an animal cell?

a. chloroplastb. ribosomec. mitochondriond. smooth endoplasmic reticulum

Page 6: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Which organelle would you expect to find in a plant cell but not an animal cell?

a. chloroplastb. ribosomec. mitochondriond. smooth endoplasmic reticulum

Page 7: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Compared to the number of chromosomes in a normal human body cell, the number of chromosomes in a normal sperm cell is:

a. the sameb. twice as greatc. half as greatd. four times as great

Page 8: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Compared to the number of chromosomes in a normal human body cell, the number of chromosomes in a normal sperm cell is:

a. the sameb. twice as greatc. half as greatd. four times as great

Page 9: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Which organelle functions in the storage of water and biomolecules?

a. vacuoleb. cell wallc. Endoplasmic reticulumd. chloroplast

Page 10: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Which organelle functions in the storage of water and biomolecules?

a. vacuoleb. cell wallc. Endoplasmic reticulumd. chloroplast

Page 11: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Neutral atoms must contain equal numbers of:

a. protons and electronsb. protons and neutronsc. protons, neutrons, & electronsd. neutrons and electrons

Page 12: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Neutral atoms must contain equal numbers of:

a. protons and electronsb. protons and neutronsc. protons, neutrons, & electronsd. neutrons and electrons

Page 13: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Which statement best describes a cell membrane?a. it is found only in animal cells.b. it is a nonliving structure.c. it controls reproduction in a cell.d. it controls the passage of materials into the cell.

Page 14: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Which statement best describes a cell membrane?a. it is found only in animal cells.b. it is a nonliving structure.c. it controls reproduction in a cell.d. it controls the passage of materials into the cell.

Page 15: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

A plant cell that lacks chloroplasts will not:

a. give off oxygenb. take in foodc. give off carbon dioxided. take in water

Page 16: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

A plant cell that lacks chloroplasts will not:

a. give off oxygenb. take in foodc. give off carbon dioxided. take in water

Page 17: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Which theory is best supported by a Doppler shift of spectral lines toward the red end of the spectrum?

a. creation of the solar system.b. expanding universe.c. nature of light energy.d. formation of impact craters.

Page 18: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Which theory is best supported by a Doppler shift of spectral lines toward the red end of the spectrum?

a. creation of the solar system.b. expanding universe.c. nature of light energy.d. formation of impact craters.

Page 19: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

What is the single most important factor controlling the evolution of a star?

a. massb. rotation ratec. element compositiond. temperature.

Page 20: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

What is the single most important factor controlling the evolution of a star?

a. massb. rotation ratec. element compositiond. temperature.

Page 21: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Why does a star with a high amount of matter tend to have a short life?

a. it rotates rapidly.b. it consumes its fuel rapidly.c. it has a core of heavy elements.d. it collapses to form a white dwarf.

Page 22: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Why does a star with a high amount of matter tend to have a short life?

a. it rotates rapidly.b. it consumes its fuel rapidly.c. it has a core of heavy elements.d. it collapses to form a white dwarf.

Page 23: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

A star of high surface temperature and low luminosity (relative absolute magnitude) is most likely a:

a. red giant starb. main sequence starc. blue stard. white dwarf star

Page 24: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

A star of high surface temperature and low luminosity (relative absolute magnitude) is most likely a:

a. red giant starb. main sequence starc. blue stard. white dwarf star

Page 25: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

The moon has a greater effect on Earth’s ocean tide than the sun has because the:

a. sun has a higher density than the moon.b. sun has a higher temperature than the

moon.c. moon has a greater mass than the sun.d. moon is closer to Earth than the sun is.

Page 26: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

The moon has a greater effect on Earth’s ocean tide than the sun has because the:

a. sun has a higher density than the moon.b. sun has a higher temperature than the

moon.c. moon has a greater mass than the sun.d. moon is closer to Earth than the sun is.

Page 27: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

A newly formed star is composed mostly of which of these two elements?

a. iron and uraniumb. sodium and neonc. carbon and oxygend. hydrogen and helium

Page 28: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

A newly formed star is composed mostly of which of these two elements?

a. iron and uraniumb. sodium and neonc. carbon and oxygend. hydrogen and helium

Page 29: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

What type of plate boundary?a. Convergentb. Divergentc. Transform Fault

Page 30: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

What type of plate boundary?a. Convergentb. Divergentc. Transform Fault

Page 31: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

What type of plate boundary?a. Convergentb. Divergentc. Transform Fault

Page 32: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

What type of plate boundary?a. Convergentb. Divergentc. Transform Fault

Page 33: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

What type of plate boundary?a. Convergentb. Divergentc. Transform Fault

Page 34: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

What type of plate boundary?a. Convergentb. Divergentc. Transform Fault

Page 35: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Which process causes moisture to depart from green plants?

a. Condensationb. Convectionc. Radiationd. Transpiration

Page 36: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

Which process causes moisture to depart from green plants?

a. Condensationb. Convectionc. Radiationd. Transpiration

Page 37: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

If scientists found a way to completely eliminate the greenhouse effect, what would be the likely effect?

a. Earth would become extremely hot.b. Earth would become extremely cold.c. Earth would have moderate, Spring-like temperatures.d. Earth would have moderate, Autumn-like temperatures

Page 38: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

If scientists found a way to completely eliminate the greenhouse effect, what would be the likely effect?

a. Earth would become extremely hot.b. Earth would become extremely cold.c. Earth would have moderate, Spring-like temperatures.d. Earth would have moderate, Autumn-like temperatures

Page 39: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

What is the prevailing wind direction in North America?

a. North to Southb. South to Northc. East to Westd. West to East

Page 40: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

What is the prevailing wind direction in North America?

a. North to Southb. South to Northc. East to Westd. West to East

Page 41: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

In the Northern Hemisphere, masses of air are deflected to the right of their original direction of motion. This movement of currents, called the Coriolis Effect, is caused by:

a. the tilt of the Earth’s axis.b. pressure differences at different altitudes on

Earth.c. the rotation of the Earth.d. temperature differences at different

latitudes on Earth.

Page 42: If a force of 100  Newtons  was extended on an object and no work was done, the object must have:

In the Northern Hemisphere, masses of air are deflected to the right of their original direction of motion. This movement of currents, called the Coriolis Effect, is caused by:

a. the tilt of the Earth’s axis.b. pressure differences at different altitudes on

Earth.c. the rotation of the Earth.d. temperature differences at different

latitudes on Earth.