The number of electrons in the outer ring of the elements phosphorus,iodine,vanadium,cobalt,sodium,nitrogen,helium,gold,zinc

Answers

Answer 1

Answer: helium will have 2 electrons
sodium will have 1 electron.

Answer 2

Answer: m8, the outer shell is called the valence shell, and it can be be found by looking at which peirod the element lies in

Related Questions

A car passes the Eiffel tower driving at a constant rate of 60 km per hour. A second car, traveling at a constant rate of 75 km per hour, passes the Eiffel tower a while later and then follows the first car. It catches the first car after traveling a distance of 75 km past the Eiffel tower. How many minutes after the first car passed the Eiffel tower did the second car pass the Eiffel tower
The model of the universe that suggests that the sun is the center of the universe was first brought by A. Brahe.B. Kepler.C. Ptolemy.D. Copernicus.Can also someone add few facts about this suggestion and its author?
calculate the period of a wave whose frequency is 5 Hertz and whose wavelength is one centimeter give your answer in a decimal form
The _______ is the time required for one complete wave oscillation to occur.
What is Alzheimer's disease?a. a group of defects that occur as a result of the mother ingesting alcohol during pregnancy b. disorder that rapidly kills brain cells and causes dementia c. fear of being away from the primary caregiver d. when a child believes that nothing exists outside him/herself, and s/he is incapable of understanding someone else's position

2a. Abecomes
jeep starts from it the
starts from it the state of rest. If its
velocity 60m/s and its take 5 minute: what is the accelera
ution of the jeep
the distanced travelled by
the jeep:

Answers

$\bf \underline{ \underline{Given : }}$

Initial velocity,u = 0 m/s

Final velocity,v = 60 m/s

Time taken,t = 5 min = 5 × 60 sec = 300 seconds

$\bf \underline{ \underline{</p><p>To \: be \: calculated : }}$

Calculate the acceleration ( a ) and distance (s ) covered by the jeep.

$\bf \underline{ \underline{Solution : }}$

We will first calculate the acceleration of the jeep.

CASE 1 :

By Using first equation of motion ,

$\sf \: v = u + at$

$\sf \star \: Substituting \: the \: values...$

$\sf\rightarrow \: 60 = 0 + a * 300$

$\sf \rightarrow \: 60 = 300a$

$\sf \rightarrow \: 300a = 60$

$\sf \rightarrow \: a = \cancel (300)/(6)$

$\sf \rightarrow \: a = 50 \: m {s}^( - 2)$

Thus,the acceleration of the jeep is 50 m/s².

Now, Let us calculate the distance travelled by the jeep.

CASE 2 :

By Using third equation of motion ,

$\sf {v}^(2) = {u}^(2) + 2as$

$\sf \star \: Substituting \: the \: values...$

$\sf \rightarrow \: {60}^(2) = {0}^(2) + 2 * 50 * s$

$\sf \rightarrow \: 3600 = 100s$

$\sf \rightarrow \: 100s = 3600$

$\sf \rightarrow \: s = \cancel(3600)/(100)$

$\sf \rightarrow \: s = 36 \: m$

Thus,the distance covered by the jeep is 36 m .

Does sit-ups reduce belly fat?

Answers

yes it does because it exercises the muscles :))

It does. When you are doing sit ups, it makes your core work and if you have a good strong core then you are burning fat.

What is the term for loops or sheets of glowing gas ejected from active regions on the solar surface?

Answers

Answer:

Solar prominences

Explanation:

The phase change in which a substance changes from a gas directly to a solid isA. condensation.
B. vaporization.
C. deposition.
D. sublimation.

Answers

Condensation is the change ofthe substance from liquid to solid phase. Example of this is the formation ofice. Vaporization is the change of substance from liquid to gas phase. Example ofthis is the boiling of water. Deposition is the change of a substance from gasto solid phase. Example of this is the formation of ice on a winter day. Sublimationis the change of a substance from solid to gas phase. Example of this is dryice. The answer is letter C.

Answer: Properties and States of Matter Practice

1. Which of the following are pure substances? Compounds

2. A substance that cannot be broken into similar substances is called a(n)... Element

3. When a physical change in a sample occurs, which of the following does NOT change? Composition

4. Which of the following will cause a decrease in gas pressure in a closed container? Lowering the temperature

5. The heat of fusion for water is the amount of energy needed for water to... Melt

6. The phase change in which a substance changes from a gas directly to a solid is... Deposition

7. Which of the following phase changes is an exothermic change? sublimation

8. Which of the following has the highest viscosity? Corn Syrup

9. In which of the substances in the figure below are the forces of attraction among the particles so weak that they can be ignored under ordinary conditions? It is the one where the particles are more apart.

Explanation:

A piston above a liquid in a closed container has an area of 1m2. The piston carries a load of 350 kg. What will be the external pressure on the upper surface of the liquid?

Answers

Pressure is defined as the force exerted per unit of area. From the information given, the force exerted can be attributed to the mass of the load carried by the piston. This means that its weight is equivalent to the force it exerts.

Weight = mass(9.81) = 3433.5 Newtons
Area of piston = 1 m^2
Pressure = Force/Area = 3433.5/1 = 3433.5 N/m^2 or Pascals.

Answer:

3.43 kPa

Explanation:

Describe all the forces acting on an elevator as it moves from rest upward and stops at its floor.

Answers

The force which acts on the elevator while it starts its motion are described as follows :

1. The elevator when starts from rest, moves in a direction opposite to the gravity, hence there is an upward force which acts on the elevator. It is more than the weight due to gravity of the elevator to cause the motion. This upwards force is the force produced by the strings pulling the elevator upwards.

2. The downwards force is the weight of the elevator which is being imposed due to the gravity of the Earth to pull everything towards it, and the mass of the elevator. This downward force is less than the upward force.

3. When the elevator stops, the upward force and downward force are equal but opposite in magnitude.

Final answer:

An elevator experiences tension in the supporting cable, weight of the elevator, upward force from the floor, and gravitational force as it moves upward from rest. As it accelerates, the tension in the cable is larger than the weight making the elevator and its occupants feel heavier. Conversely, as it decelerates to stop, they feel lighter due to reduced force exerted on the floor and scale.

Explanation:

When an elevator moves upward from rest to it's designated floor, it experiences several forces. The primary forces here include the tension in the supporting cable (T or I), the weight of the elevator (we), the upward force from the floor of the elevator or the normal force (N or Ñ), and the gravitational force which is usually represented by the weight of the person (w) and the weight of the scale (ws).

While the lift is still or moving at a constant speed, the tension in the cable (T or I) and the weight of the elevator are equal but opposite, so they cancel out. But, as the elevator begins to ascend, the tension in the cable must overcome the weight hence it's larger causing the elevator to accelerate upwards. When the elevator approaches the destined floor and begins to decelerate, the tension eases and becomes lesser than the weight.

In relation to the person in the elevator, when the elevator is at rest or moving at consistent speed, the person experiences their normal weight. When the elevator accelerates upwards, the person feels slightly heavier due to the increased force they exert on the floor (Fp or I) and subsequently on the scale (Fs). When the elevator decelerates to stop, the force they exert on floor and scale becomes less and, thus, they feel slightly lighter.

Learn more about Forces acting on an Elevator here:

brainly.com/question/27955161

#SPJ11

Other Questions

A 50 Kg football player is standing still when he experiences an inelastic collision with a 150 Kg football player who is traveling at 10 m/s. What is the velocity of the player immediately after the collision?

In Young experiment, a light with a wavelength of 410 nm falls on two slitsseparated by 0.03 mm, find the angle between the central bright band andthe first order bright bandA= 0.78B= 0.11C= 0.032D= 0.62

You push against a steamer trunk with a force of 750 N at an angle of 25° with the horizontal . The trunk is on a flat floor and the coefficient of static friction between the trunk and floor is 0.77. What is the most massive trunk you will be able to move?

If you want to increase the acceleration of an object, what must happen to the force being applied?