If an object has more negative charges than positive charges, the object has an overall

Answers

Answer 1
Answer: The object has an overall negative charge.
Answer 2
Answer: It will have an overall negative charge.

Related Questions

Which Gender Has Better Reflexs
How are distant regions of the universe similar to space near earth
When a solution forms, what interactions between particles are involved? Which are exothermic? Which are endothermic? please explain
Unscramble the word. Lncsuoicno
1.The ___________ energy in a mechanical system is determined by adding the potential and kinetic energy together.total massive 2.The initial ___________ energy is equal to zero because the starting point is set at zero height to make things easier.kinetic potential 3.In the example, the final kinetic energy is determined to be ___________ because at the peak height, the ball instantaneously stops.positive zero negative 4.In this system, potential and kinetic energy are ________________ proportional.inversely directly

Which contributes to the polarity of a water molecule?B. deflection of hydrogen atoms by lone pairs of electrons
C. no difference in the electronegativity of oxygen and hydrogen

Answers

C. no difference in the electronegativity of oxygen and hydrogen
c ill give you an explanation
a concept in chemistry which describes how equally bonding electrons are shared between atoms

How does the mass of the electron compare to the masses of the proton and neutron?

Answers

The mass of protons and neutrons are both 1 amu (atomic mass unit). The mass of the electron is 0.00054. Therefore, when determining the isotopes when given mass, you only focus on the neutrons as they are the subatomic particles that are significantly affecting the atomic mass.

What causes the earth’s magnetic field?A.
currents in the earth’s liquid-metal outer core

B.
the mineral composition of the earth’s crust

C.
molten material in the mantle

D.
magnetic particles located at the earth’s poles

Answers

A. Currents in the earth’s liquid-metal outer core

Hope this helps!
i think its letter b. the mineral composition of the erath's crust

How would a sandblasted rock differ from a rock that hasn't been sandblasted?

Answers

A non-sandblasted rock could be rough or smooth depending on how it was formed.

A sandblasted rock should be much smoother, since the sand blasts away any rough edges. It will, however, be slightly smaller due to losing those edges.

A sandblasted rock differs from a non-sandblasted rock in various aspects, including a change in texture and color of the rock's surface.

Sandblasting is a process in which a high-pressure stream of sand or other abrasive material is used to remove material from the surface of an object.

The most noticeable difference between a sandblasted rock and one that hasn't been sandblasted is the texture of the surface. A sandblasted rock will typically have a rough, pitted surface, while an unsandblasted rock will have a smoother surface.

Sandblasting can also change the color of a rock. If the rock has a layer of surface material that is a different color than the underlying rock, sandblasting can remove the surface layer and expose the underlying rock.

Therefore, a sandblasted rock would differ from a rock that hasn't been sandblasted in several ways such as change in texture and color of a rock's surface, creating a rough, pitted texture and exposing the underlying rock.

Learn more about Sandblasting here:

brainly.com/question/15906567

#SPJ6

According to ale Chateliers principle what a change is introduced into a system in chemical equilibrium the equilibrium shifts

Answers

Your answer is C in the direction that relieves the change

That is the definition of Le chatelierts principle.


HOPE THIS HELPS

write the equation for the combined gas law using temperature in degree Celsius. explain why the Kelvin scale is convenient​

Answers

Answer:

(PV)/(T)=k

Explanation:

Combine Gas law is a combination of  three gas laws which are  Boyle's Law, Charles' Law, and Gay-Lussac's Law.

Combine gas law states that the ratio of the product of pressure and volume and the absolute temperature of a gas is equal to a constant.

Hence the equation becomes:

(PV)/(T)=k

where P = pressure,

V = volume,

T = absolute temperature,

k = constant.

Now we know that Kelvin = °Celsius + 273

For all gas law problems it is necessary to work in the Kelvin scale because temperature is in the denominator in the combined gas laws (P/T, V/T and PV/T) and can be derived in the ideal gas law to the denominator (PV/RT) . If we measured temperature in Celsius we could have a value of zero degrees Celsius and this would solve as no solution, as you cannot have zero in the denominator.

However, if we reached zero in the Kelvin scale this would be absolute zero and all matter would stop and therefore there would be no gas laws to worry about.