Q:
Oil flows upward in the wick of a lantern because of the liquid property called
A. meniscusity.
B. density.
C. viscosity.
D. capillarity.

A: C. Capillarity

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Question

Asked 12/1/2012 8:43:19 AM

Updated 12/1/2012 8:59:19 AM

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3

The answer is C) Viscosity

Added 12/1/2012 8:59:22 AM

This answer has been flagged as incorrect.

Flagged by Sting

The main difference between speed and velocity involves
A. distance.
B. weight.
C. gravity.
D. direction.
**Weegy:** D. direction. The main difference between speed and velocity involves direction.
velocity = speed + direction (More)

Question

Expert Answered

Updated 12/1/2012 9:03:05 AM

1 Answer/Comment

Speed is a scalar and velocity is a vector.

A scalar only has magnitude while a vector has magnitude and direction.

Example: If you are traveling north at 65 miles an hour your speed is 65 miles an hour, your velocity is 65 miles an hour north.

It gets a little more complicated. Speed = distance (a scalar)/time Velocity = Displacement (vector)/time

Example: If you run 5 miles in an hour left and then 5 miles in a hour right your speed is 10 miles/2 hours = 5 miles an hour. However, since you end up in the same exact location as where you started your displacement is zero making your velocity zero as well. Think of it this way; since velocity is a vector it requires a direction if i ended up exactly where I started I have no direction, thus velocity must be zero.

One more example to clarify: If you ran 6 miles right and 4 miles left in 2 hours, your speed will be 5 miles an hour (10/2=5) your velocity would be 1 mile an hour to the right, since displacement is 2 miles to the right (6 to right - 4 to left = 2 to right) and the time is 2 hours displacement/time = velocity; 2 to the right/2 = 1 mile to the right per hour.

A scalar only has magnitude while a vector has magnitude and direction.

Example: If you are traveling north at 65 miles an hour your speed is 65 miles an hour, your velocity is 65 miles an hour north.

It gets a little more complicated. Speed = distance (a scalar)/time Velocity = Displacement (vector)/time

Example: If you run 5 miles in an hour left and then 5 miles in a hour right your speed is 10 miles/2 hours = 5 miles an hour. However, since you end up in the same exact location as where you started your displacement is zero making your velocity zero as well. Think of it this way; since velocity is a vector it requires a direction if i ended up exactly where I started I have no direction, thus velocity must be zero.

One more example to clarify: If you ran 6 miles right and 4 miles left in 2 hours, your speed will be 5 miles an hour (10/2=5) your velocity would be 1 mile an hour to the right, since displacement is 2 miles to the right (6 to right - 4 to left = 2 to right) and the time is 2 hours displacement/time = velocity; 2 to the right/2 = 1 mile to the right per hour.

Added 12/1/2012 9:03:05 AM

This answer has been added to the Weegy Knowledgebase

A man standing on a bus remains still when the bus is at rest. When the bus moves forward and then slows down the man continues moving forward at the original speed. This is an example of the effect of
A. gravity.
B. weight.
C. velocity.
D. inertia.
**Weegy:** B. velocity. (More)

Question

Expert Answered

Updated 4/6/2016 6:55:51 PM

1 Answer/Comment

A man standing on a bus remains still when the bus is at rest. When the bus moves forward and then slows down the man continues moving forward at the original speed. This is an example of the effect of inertia.

Added 4/6/2016 6:55:51 PM

This answer has been confirmed as correct, not copied, and helpful.

Confirmed by yumdrea [4/6/2016 7:08:01 PM]

The amount of heat energy required to raise the temperature of a unit mass of a material one degree is
A. a Joule.
B. a Btu.
C. its heat capacity.
D. absolute zero.

Question

Expert Answered

Updated 1/3/2016 10:25:08 AM

1 Answer/Comment

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