How will you feel in your spacecraft?
A) You will be floating weightlessly.
B) You will feel weight, but less than on Earth.
C) You will feel weight, but more than on Earth.
D) You will feel the same weight as you do on Earth.
E) You will feel yourself pressed against the back of your spaceship with great force, making it difficult to move.
D
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The evolution of the distribution of dark and normal matter were____
a. both controlled by large differences in the cosmic microwave background radiation b. different because dark matter does not interact with electromagnetic forces c. different because dark matter does not interact with gravitational forces d. different because dark matter does not interact with weak nuclear forces e. different because dark matter does not interact with strong nuclear forces
Where would you most likely find a large radio telescope?
a. in a busy, populated area b. at the peak of a mountain c. on top of a tall building d. in a mountain valley e. near multiple radio towers
Evaluate the success of demand side management techniques in decreasing the demand for power plants. Could the method have worked better?
What will be an ideal response?
Which distance measurement technique is best suited to measuring objects at a distance of 10 light-years?
What will be an ideal response?