PHYSICS HIGH SCHOOL

If the standard kilogram bar kept in Paris were subjected to a net force of 1 newton, what acceleration would it have as a result?

Answers

Answer 1

Answer:

Answer:

It would have an acceleration of $1(m)/(s^(2))$

Explanation:

Let's start defining the newton unit (Newton : N)

The N definition is

$N=Kg.((m)/(s^(2)))$

Where Kg is kilogram and $(m)/(s^(2))$ is an acceleration unit.

We can think the definition of newton as :

Given an object with a mass of 1 Kg subjected to a force of 1 N the acceleration that it experiments is $1(m)/(s^(2))$

As a result, the standard kilogram bar kept in Paris will experiment an acceleration of $1(m)/(s^(2))$ If we subject it to a net force of 1 N.

Answer 2

Answer: 1 m/s^2
Because of
F=ma

Related Questions

Is adding sugar to lemonade a chemical or physical change
A universal law is a principle that is in effect everywhere at all times. Which example is likely to be a universal law? A. the force of attraction between two objects B. the model of the atom C. objects with like charges attract D. the theory of the atom
Coal _____. is a renewable resource can easily be replenished is formed from plant remains is the least-polluting energy source
Make a island with all renewable energy soursws and how it works and about it but at year 9 level
What is the approximate period of this wave?15 centimeters 15 seconds 10 seconds 5 seconds

Dark spots on the photosphere are known asA. the corona.
B. the chromosphere.
C. sunspots.
D. solar wind.

Answers

The dark spots that are found on the photosphere are called sunspots. These are a temporary phenomena and are areas of different temperature compared to the surroundings. Sunspots are at a lower temperature compared to the surrpundings and they are created due to magnetic field flux. They can stay on from a few days to a few months and eventually decay.

C is the right answer

A person looks at a gem stone using a converging lens with a focal length of 12.5 cm. The lens forms a virtual image 30.0 cm from the lens. Determine the magnification. Is the image upright or inverted?

Answers

THE MAGNIFICATION FROM THE GEMSTONE WILL HAVE 3.4 MAGNIFICATION. THE IMAGE WILL BE PRODUCE UPRIGHT.

Explanation:

WE WILL USE FORMULA ,

$(1)/(f)$ = $(1)/(p) + (1)/(q)$

where q = -30.0 cm

f = 12.5 cm

so, $p =(1)/(f)-(1)/(q)$ )⁻¹

$=(1)/(12.5cm)-(1)/(-30 cm)$ )⁻¹

= 8.82353 cm

m= $(-q)/(p)$

= $-((-30)/(8.82353))$

m= 3.4

so the magnification will be 3.4 which is upright image as magnification is positive.

As a person looks at gem stone using converging lens with focal length of 12.5 cm and virtual image 30 cm from lens the magnification for such will be 3.4 .And the image will be upright.

Final answer:

For the case of a gem being observed through a converging lens, creating a virtual image located from the lens, the magnification would be greater than 1 and positive, suggesting an upright and magnified image.

Explanation:

In the given scenario, the gem stone is being observed through a converging lens with a focal length of 12.5 cm, and a virtual image is forming 30.0 cm from the lens. To find the magnification, which is a measure of how much larger or smaller the image is relative to the object, we use the formula for magnification in lens theory: Magnification (m) = - Image Distance (di) / Object Distance (do). Since we're dealing with a virtual image, the image distance is a negative value (-30.0 cm).

However, we are not given the object distance (do). In the context of magnifiers and conjugate rays, and taking into account that our image is virtual, we can assume that the value of the object distance (do) is less than the value of the focal length (12.5 cm) for this so-called 'Case 2' image. Therefore, we can say that the magnification (m) is greater than 1 and positive, which indicates that the image of the gem stone is upright and magnified (larger than the object).

Learn more about Lens Theory here:

brainly.com/question/13130745

#SPJ3

Which explains why a gas does not have a fixed shape?The particles have very high speeds.
The particles are not compressible.
The particles are charged.
The particles vibrate.

Answers

The gas particles are compressible and the particles in liquids/solids are very close together and do not easily compress.

Answer:

The particles have very high speeds.

Explanation:

the force between gas molecules is very weak so the molecules are very least bounded to each other.

Due to very less or weak interaction between the molecules the gas molecules can travel easily in the space.

Since the speed of gas molecules are random and the direction of motion is not influenced by the force between the molecules so here the gas can be compressed easily.

Due to this high speed of gas molecules they do not have a finite shape and it will obtain the shape of the container in which it is stored

So correct answer will be

The particles have very high speeds.

How do you change Newtons into kilograms

Answers

You don't. You can only convert units when they're both units of the
same physical quantity. In this case, 'newton' is a unit of force, but
'kilogram' is a unit of mass. Those are not the same physical quantity,
so they don't convert.

The closest you can get is to find the weight of some mass when you know
the gravity in the place where the mass is. The weight of some mass is

(mass in kilograms) x (gravity in meters per second²)

and the answer is in newtons.

On Earth, the gravity is 9.8 meters per second², so each kilogram of mass
weighs 9.8 newtons.

In other places, like on the moon or on Mars, the gravity is different, so
a kilogram weighs something different.

What does the term heat death refer to?a. a danger of increasing entropy
b. the hot and fiery end to the universe
c. the unavailability of energy to do work
d. a theoretical violation of the second law of thermodynamics

Answers

The term heat death refers to a danger of increasing entropy. The correct option among all the options that are given in the question is the first option or option "a". This theory stems from the second law of thermodynamics and it states that entropy tends to increase in any isolated system. I hope the answer helps you.

Coach wants her team to have fun, win some games, and be a productive unit. What is the most important personality trait the coach should demonstrate to achieve her goals?

Answers

remind them that there going out to have fun that it doesn't matter if they win or lose

that the best way to play is to have fun

Other Questions

The energy is water but i wanf to know how does it affect the enviorment?

An 81 kg stuntman jumps from the top of a building 29 m above a catching net. Assuming that air resistance exerts a 100 N force on the stuntman as he falls, determine his velocity just before he hits the net

A compact disc has a radius of 6 centimeters.a. What is its circumference in meters? b. If the cd rotates 4 times per second, what is the linear speed of a point on the outer edge of the cd? Give your answer in meters per second. c. What is the linear speed of a point 3 centimeters from the center of the cd? (Assume the angular speed has not changed).

Will an object with a density of 1.05 g/ml float or sink in water? Explain