Each of us weighs a tiny bit less on the ground floor of a skyscraper than we do on the top floor. One reason for this is that _____. A. the gravitational field is shielded inside the building B. the mass of the building attracts you upward slightly C. both A and B D. none of the above

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Answer 1
Answer: B. the mass of the building attracts you upward slightly

Related Questions

A child is holding a cup of hot tea. His mother, a physicist, warns him not to start running with the tea. According to Newton's first law, why should his mother be concerned if the child started running?
Which of the following activities would have the highest excessive momentum?a. golfb. gymnasticsc. tennisd. wrestling
Emilio's teacher told his class that a controlled experiment's results are valid only if one factor in the experiment is changed and all the other factors remain constant. Why is this statement true?Changing several different factors in an experiment takes too much time. Changing several different factors in an experiment takes too many controls. When only one factor is changed, you don't need to use a control. When only one factor is changed, you can be more certain that it caused the results.
What distinguishes a tornado watch from a tornado warning?
What is the length of an aluminum rod at 65°C if its length at 15°C is 1.2 meters?

from his observations of cannon drilling, Count Rumford concluded that heat could not be a form of what?

Answers

Answer:

Matter is the correct answer for this question.

I did this test recently and it was correct.

Explanation:

You are investigating whether the thickness of a sponge is affected by the amount of mass placed on top of it. What is the dependent variable in this investigation?

Answers

Answer:

The thickness of sponge is the dependent variable in this investigation

Explanation:

This is because in the investigation, the amount of mass is the property to be varied while the thickness of the sponge is the property to be checked.

The thickness of the sponge is dependent on the amount of mass placed on it, so the thickness of the sponge depends on the mass.

Thus, the thickness of the sponge is the dependent variable in this instance while the amount of mass is the independent variable in this investigation.

Final answer:

In this scientific investigation about the relationship between the thickness of a sponge and the mass placed upon it, the 'dependent variable' is the sponge's thickness, and the 'independent variable' is the mass applied. The hypothesis may be that there's an exponential relationship between the mass and the sponge's thickness.

Explanation:

In the given scientific investigation, the dependent variable is the thickness of the sponge. This is because the thickness is the aspect of the experiment that changes (or is measured) based on the manipulation of another variable, which in this case is the amount of mass placed on top of the sponge, known as the independent variable. The investigator has control over the independent variable and observes whether changes to it cause a reaction or change in the dependent variable. In other words, the thickness of the sponge 'depends' upon the mass placed on it during the experiment. A possible hypothesis for this experiment may be that the thickness of the sponge decreases (get thinner) as more mass is placed upon it, suggesting an exponential relationship between the mass and the sponge's thickness.

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Match the physical properties on the left with their descriptions on the right. 1. luster ability to dissolve in another substance 2. freezing point the shininess of a material 3. viscosity temperature at which a liquid becomes a solid 4. solubility able to be pulled into a wire 5. ductility the measure of a substance's resistance to flow

Answers

Answer :

1) Luster →  the shininess of a material

2) Freezing point → temperature at which a liquid becomes a solid

3) Viscosity → the measure of a substance's resistance to flow

4) Solubility → ability to dissolve in another substance

5) Ductility → able to be pulled into a wire

Explanation :

Luster : It is defined as the material which has the shining property.

Freezing point : It is the temperature at which the phase changes from liquid state to solid state at low temperature.

Viscosity : It measures the resistance of the liquids to flow .

Solubility : It is defined as the ability of a substance (solute) to dissolve into a liquid (solvent).

Ductility : It is defined as the ability of a metal into a thin wire without breaking.

Final answer:

The physical properties are correctly matched as: Luster corresponds to the shininess of a material, freezing point is the temperature at which a liquid becomes solid, viscosity is the measure of a substance's resistance to flow, solubility is the ability to dissolve in another substance, and ductility refers to a substance's ability to be pulled into a wire

Explanation:

The correct matches for the physical properties and their descriptions are as follows:

  1. Luster is the shininess of a material.
  2. Freezing point is the temperature at which a liquid becomes a solid.
  3. Viscosity is the measure of a substance's resistance to flow.
  4. Solubility is the ability to dissolve in another substance.
  5. Ductility is the property to be pulled into a wire.

It's crucial to understand these properties in chemistry, as they help us identify and characterize different substances.

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The apparent backward movement of a planet is calledA. heliocentric motion.
B. retrograde motion.
C. Kepler's first law of motion.
D. eccentricity.

Answers

The apparent backward movement of a planet is called B.retrograde motion.

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In which situation is no work being done?A. No force is applied
B. The force does not result in displacement
C. The force and displacement are perpendicular to each other
D. The force and displacement are in the same direction

Answers

Answer:

Work is said to occur when a force is able to cause displacement of an object in the direction of the applied force. It is given by the scalar product of force and displacement.

W = F.s = F s cos θ

Thus, no work is being done when no force is applied ( ∵ F = 0, W = 0) or the force does not result into displacement (∵ s = 0, F = 0) or when the force and displacement are perpendicular to each other (∵ θ =0, cos θ =0, W =0).

Answer: D. The force and displacement are in the same direction

Explanation: The guy above me is trying to hard to put information into his answer...

What is an isobar?a. a unit of measurement for air pressure
b. a line along which air pressure is constant
c. a region in which the weather is not changing
d. a symbol on a weather map showing wind direction

Answers

Answer:

B.a line along which air pressure is constant

Explanation:

i took the quiz and got it right