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A copper ion with a charge of +2 has 29 protons and 27 electrons. Since copper has an atomic number of 29, all atoms of copper will have 29 protons.

Since the number of protons of an element doesn't change. Copper, for example, has two isotopes, copper-63 and copper-65. Copper-63 has 29 protons and a mass number of 63.

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Alekssandra [29.7K]3 years ago

4 0

The atomic number of Copper is 29. So immediately we know that there are 29 protons in the nucleus of each Copper atom, and 29 electrons in the cloud surrounding the nucleus of each [neutral] Copper atom.

Copper has two stable isotopes ... ⁶³Copper and ⁶⁵Copper. So if the Copper atom you're holding in your hand is not radioactive, then it has either (63-29)=34 neutrons or (65-29)=36 neutrons in its nucleus. (There's never a need to round the number of neutrons, because there's no such thing as a part of a neutron.)

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A box is pulled up a rough ramp that makes an angle of 22 degrees with the horizontal surface. The surface of the ramp is the x-

kifflom [539]

Magnitude of the force of tension: 139 N

Explanation:

The surface of the ramp here is assumed to be the positive x-direction.

To solve this problem and find the magnitude of the force of tension, we have to analyze only the situation along the x-direction, since the force of tension lie in this direction.

There are three forces acting along the x-direction:

The force of tension, $F_T$ , acting up along the plane
The force of friction, $F_f=14.8 N$ , acting down along the plane
The component of the weight in the x-direction, $F_{gx}$ , acting down along the plane