Prompt Writing

People interact with data and communicate with others on computers in order to carry out many of their job functions. In one
paragraph, describe three risks of developing a strategic role for
information systems and
information communication
technology. In a second paragraph, describe three rewards (or benefits) of developing a strategic role for information systems
and information communication technology, pointing out ways in which these systems can help businesses grow and be
successful.
Please help me !!!

Answer:

Explanation:

Given,

Speed of a car = 25 km

Converting 25 km into m

[tex] \sf{1km = 1000m}[/tex]

[tex] \sf{25 \: km = 25 \times 1000m = 25000m}[/tex]

Time taken ( t ) = 15 minutes

Converting minutes into seconds

[tex] \sf{1 \: minutes = 60 \: seconds}[/tex]

[tex] \sf{15 \: minutes = 15 \times 60 sec = 900 \: seconds}[/tex]

Finding the speed of the car

[tex] \boxed{ \sf{speed = \frac{distance \: travelled}{time \: taken} }}[/tex]

[tex] \sf{ = \frac{25000 \: m}{900 \: s} }[/tex]

[tex] \sf{ = 27.78 \: m/s}[/tex]

Hope I helped!

Best regards!!

Answer:the spring exerts a restoring force to the left and returns to its equilibrium position

Explanation:

Answer:

The spring exerts a restoring force to the left and returns to its equilibrium position.

Explanation:

Answer:

none of above. The answer is celsius

Answer:

[tex]^{O} C[/tex] (Degree Celsius) and [tex]^{O}F[/tex] (Degree Fahrenheit)

Explanation:

It can be Degree Celsius or Degree Fahrenheit.

The S.I unit of measurement of temperature is Kelvin. (K)

Explanation:

Move the decimal point until it is behind the first non-zero digit.

In this case, we move it 3 places to the right so it is behind the 9.

Therefore, 0.0097 = 9.7×10⁻³.

Your question has been heard loud and clear.

Gallelio Galei is truly the father of modern sciences. Well I mean he had a cool beard , but he still was intelligent.

Thank you

Answer:

6Newton meter is the answer.

Explanation:

Mass=m=3kg

Velocity=v=2m/s

Kinetic energy =K.E.=?

As we know that

K.E.=1/2mv^2

Putting the values

K.E.=1/2✖️3kg✖️(2m/s)^2

K.E.=1/2✖️3kg✖️4m^2/s^2

K.E=1/2✖️12Nm

K.E.=6Nm is your answer

Hope it will help you :)

The kinetic energy of a 3-kilogram ball that is rolling at 2 meters per second is E = 6 joules.

To find the Kinetic Energy, the given details are

Mass of the ball, m = 3 kg

Speed of the bag, v = 2 m/s

The energy that is possessed due to the motion of an object is called the kinetic energy of the ball.

Its formula is given by :

E = 1/2 mv²

E = [tex]\frac{1}{2}[/tex] (3)(2)²

E = 6 joules

So, the kinetic energy of the ball is 6 joules. Hence, this is the required solution.

Learn more about Kinetic Energy,

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Explanation:

Hey, there!!!

Here,

Given that,

initial velocity (u)= 20 m/s

final velocity (v)= 10 m/s

now,

[tex]acceleration \: = \frac{v - u}{t} [/tex]

[tex]a = 10-20/4

[tex] a= -2.5m/s^2

Therefore, theacceleration is -2.5m/s^2.

{ it gives negative acceleration because final velocity is decreased }.

Hope it helps....

Answer:

-2.5 m/(s^2)

Explanation:

Acceleration = Final Velocity - Initial velocity / Time

=> Acceleration = 10 - 20 /4

=> Acceleration = -10/4

=> Acceleration = -5/2

=> Acceleration = -2.5 m/(s^2)

Answer:20n Force :Right

Explanation:

The Answer To the equation is 20n because If the net force is opposite ways you subtract and the net force is the highest number !

Answer:

The velocity of the car of mass 4 kg with respect to ground is 0 m/s

Explanation:

The problem initially stated that the car is at rest. at this stage, the velocity of the car relative to the ground is already = 0 m/s.

When the 10 kg car began to move, the problem did not specify at any point that the 4 kg car began to move also. Hence, the motion of the 10 kg car did not affect the 4 kg car in any way.

As a result, relative to the ground, the velocity of the 4 kg car is still 0 m/s since no motion was recorded by the car.

Answer:

psychology has to do with the mind and brain while social science has to do with the scientific study if human relationships

Answer:

a=g.  

the body is in one of these INGRAVIDITY, so the weight of the body would be ZERO

Explanation:

When the spacecraft revolves around the Earth, it is subjected to Newton's second law

          F = m a

where the force is the universal attractive force, the mass of the astronauts, and the centripetal acceleration.

         a = F / m

         a = (G M m / r²) / m

         a = G M / r²

the amount of is the acceleration of gravity at height r.

         a = g

Therefore, we see that the acceleration of the body is equal to the acceleration of gravity, which is why the body is in one of these INGRAVIDITY, so the weight of the body would be ZERO

Answer:

55.7 N

Explanation:

The density of aluminum is 2710 kg/m³.  So its volume is:

V = (9 kg) / (2710 kg/m³)

V = 0.00332 m³

The apparent weight is the actual weight minus the buoyant force.

N = mg − B

N = mg − ρVg

N = g (m − ρV)

N = (9.8 m/s²) (9 kg − (1000 kg/m³) (0.0332 m³))

N = 55.7 N

Answer:

It travels 93600 m

Explanation:

speed = 2.6 m/s

time = 10 hour

10 hour = 10 x 60 x 60 = 36000 s

distance = speed x time = 2.6 x 36000 = 93600 m

Answer:

18 Newtons

Explanation:

The unbalance force is 10kg ×3m/s2= 30N

frictional force = 48-30= 18N

Answer:

No there aren’t equal

Explanation:

Answer:

Explanation:

Overgrazing and woodcutting are responsible for most of the desertification of rangelands, cultivation practices inducing accelerated water and wind erosion are most responsible in the rain-fed croplands, and improper water management leading to salinization is the cause of the deterioration of irrigated lands.

Answer:

Relative velocity is nothing but the velocity of one body with respect to the velocity of some other body.  

Explanation:

Relative velocity may be defined as the rate at which the change of separation takes place between any two object.The relative velocity of any object A w.r.t. another object B when they are in motion is nothing but the rate of change of their position from one another.

Now, let the velocity of object A be  [tex]$ v_A$[/tex]

         and velocity of object B is [tex]$ v_B$[/tex]

Therefore, relative velocity of a object A when compared to the velocity of object B is given by [tex]$v_{AB}=v_A - v_B$[/tex].

Answer:

increasing the masses of the objects and decreasing the distance between the objects

Answer:the objects have the same acceleration

Explanation:

Answer:

6 km

Explanation:

A kilometer is 100,000 centimeters, so 600,000 centimeters equals 6 kilometers.

Explanation:

x(t) = A√t

x(t) = √(2t)

v(t) = dx/dt

v(t) = ½ (2t)^-½ × 2

v(t) = (2t)^-½

a(t) = dv/dt

a(t) = -½ (2t)^⁻³/₂ × 2

a(t) = -(2t)^⁻³/₂

Answer:

263.152kg

Explanation:

The density of a substance is related to its mass and volume as follows;

density = mass / volume      

mass = density x volume       -------------(i)

The substance in question here is mercury which has;

density = 13.56g/mL = 13.56g/cm³

Since the mercury is going to be put in the cylindrical glass, the volume of the cylindrical glass is going to be equal to the volume of the mercury that will be put.

And we know that the;

volume of a cylinder = πr²h

Where;

π = 3.142

r = bottom radius of the cylinder = 5.75inches

h = height of the cylinder = 0.950ft

For uniformity, let's convert the radius and height of the cylinder to their corresponding values in cm

r  = 5.75 inches = 5.75 x 2.54 cm = 14.605cm

h = 0.950 ft = 0.950 x 30.48 cm = 28.956cm

Therefore, the volume of the cylinder;

v = 3.142 x (14.605cm)² x 28.956cm = 19406.5cm³

v = 19406.5cm³ [This is also the volume of the mercury necessary to fit the cylinder]

Now the following value has been found;

volume = 19406.5cm³

Substitute the values of density and volume into equation (i)  as follows;

mass = 19406.5cm³ x 13.56g/cm³

mass = 263152.14g

Convert the result to kg by dividing by 1000

mass = 263.152kg

Therefore, 263.152kg kilograms of mercury would fit in the cylindrical glass.

Total density = T. mass / T. Volume.

= 90/ 50

= 1.8 gm/ cm3

Now,

Mass of Water = 90 - 60

= 30 gm.

Density = Mass/ Volume

= 30/ 50

= 0.6 gm /cm3

Now,

Density of Aluminium = 1.8 - 06

= 1.2 gm/ cm^3

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They are called flammable.

Answer:

A material that is able to catch on fire is called a combustible material. It 8s easily able to catch on fire with any flames near by or by the surrounding temperatures

Answer:

correct statement should be the same speed.

Explanation:

if the car is moving east reads 60 mph and it passes another car with the same speed.

therefore, the magnitudes of their velocities are equal.

and each car's velocity is the negative of the other car vehicle.

so the correct statement should be the same speed.

Answer:

They have different velocities

Explanation:

The cars are passing each other at the same speed, and because velocity is speed with direction they are at different velocities.

Answer:

uniform acceleration

Explanation:

when an object is moving in the same speed then an object is going on uniform acceleration

Answer:

Measurement of heat is done in calories. One calorie is the amount of energy required to raise one gram of water one degree Celsius. To measure heat, you divide the change in temperature of a sample of water by the mass of the water.

Answer:

To measure heat, you divide the change in temperature of a sample of water by the mass of the water.

Explanation:

The way we can measure that heat is by using something called the Calorie.

Answer:

1. A body is said to be at rest if its position does not change with respect to its surroundings.

Answer

Factors Affecting Acceleration Due to Gravity

(1) Position on the planetary surface, it is higher at the axis (poles),

(2) Mass of the planet, higher with planets of larger masses

(3) Distance between object and the centre of planet, the larger the distance, the smaller the acceleration due to gravity.

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Explanation:

the factors affecting acceleratiom due to gravity are:

The statement is true.

Answer:

We use the Formula,

Work done = total chargr×potential difference

W=Q(total)× V

Here

Q= total charge= Give 3c

V=potential difference= 10v

so the work done in moving the charge from A to B will be,

w=3×10

w= 30 joules