If the mass of a material is 43 grams and the volume of the material is 14 cm^3, what would the density of the material be

Answer:2673

Explanation:

Final answer:

The gravitational potential energy (G.P.E.) of a 675-newton climber at the top of a 3,050-meter mountain is calculated as 2,058,750 Joules.

Explanation:

To calculate the gravitational potential energy (G.P.E.) of a 675-newton climber at the top of a 3,050-meter mountain in Colorado, we use the formula G.P.E. = weight × height × acceleration due to gravity (g = 9.8 m/s²). Assuming that the weight given is the force due to gravity on the climber, the weight already accounts for the gravitational acceleration, so we do not need to multiply by 9.8 m/s² again. Therefore, the G.P.E. is simply the product of the weight and the height.

G.P.E. = 675 N × 3,050 m

G.P.E. = 2,058,750 Joules

Thus, the climber has a gravitational potential energy of 2,058,750 Joules at the top of the mountain.

Answer:

A galaxy because that is the largest group and contains many things.

Explanation:

Answer:

Gases has the following properties:  

i) Gases are less dense than liquids and solids  

ii) Gases molecules has large space between them so, they can be easily compressed  

iii) Gases has indefinite shape and volume  

iv) Gases can occupy all the space provided  

v) Gases molecules has random motion and collisions

vi) When gases are heated their volume increases  

vii) Gases can diffuse from one place to another due to the difference of concentration of molecules

Explanation:

The food chain consists of autotrophs (producers) and heterotrophs (consumers). All animals and plants fall into these categories.

The autotrophs are the first stage of the food chain. They are mostly plants. They use the radiation from the sun to fulfill their energy needs. In doing this process the autotrophs release oxygen. The process is known as photosynthesis. The plants take in carbon dioxide in the atmosphere released by heterotrophs during respiration and the plants in turn release carbon dioxide. Also, autotrophs provide a food source for the heterotrophs.

Every producer and consumer interact in some way, completing food chain.

10 m/s to the right is an example of the velocity of an object. Thus, the correct option is B.

Velocity can be defined as the directional speed of an object which is in motion as an indication of the rate of change in the position of an object as observed from a particular frame of reference by the observer and it is measured by a particular standard of time.

Velocity is a vector quantity. This is because, velocity has both the magnitude and direction. The SI unit of velocity is meter per second. The velocity of an object can be calculated by the formula:

Velocity = Displacement/ Time

Therefore, the correct option is B.

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Answer:

A kettles

Explanation:

Final answer:

The correct order of increasing size from smallest to largest is: electron, proton, nucleus, atom. Electrons are the smallest particles in this list and form the cloud around the nucleus, which is made of larger protons and neutrons. Atoms include both the nucleus and the electron cloud, making them the largest structures listed.

Explanation:

In order to rank the following from smallest to largest in size, we need to understand the structure of an atom. An atom consists of a central nucleus, which contains protons and neutrons, surrounded by a cloud of electrons.

An electron is the smallest particle among the ones listed. It is part of the cloud around the nucleus and has a negative charge. A proton is a positively charged particle that is one of the components of the nucleus and is larger than an electron. The nucleus, which consists of both protons and neutrons, is significantly larger than a single proton. The atom, consisting of the nucleus and electron cloud, is the largest of all listed components.

It is important to note that while protons and neutrons have roughly the same size, the nucleus varies in size depending on the number of protons and neutrons it contains. Electrons, on the other hand, being much smaller, do not contribute significantly to the overall size of the atom.

D. The surrounding environment cools off

Answer:

its chemical to electrical to light, I took the test and it was right, hope this helps!

Explanation:

Answer: a little longer than a yard (about 3 ft)

Explanation:

Answer: To hit the target fish must spit with the velocity of 7.30 m/s.

Explanation:

Highest point of the trajectory = H = 2 m

Angle at which archer fish spit = θ = 60°

Acceleration due to gravity = g = 10 [tex]m/s^2[/tex]

The maximum height of the projectile is given as:

[tex]H=\frac{u^2\sin^2\theta }{2g}[/tex]

[tex]2 m=\frac{u^2\sin^2(60^o)}{2\times 10 m/s^2}[/tex]

[tex]\sin 60^o=\frac{\sqrt{3}}{2}[/tex]

[tex]u^2=\frac{2 m\times 2\times 10 m/s^2\times 4}{3}=53 m^2/s^2[/tex]

[tex]u=7.30 m/s[/tex]

To hit the target fish must spit with the velocity of 7.30 m/s.

To hit the target fish must spit with the velocity of 7.30 m/s.

Highest point of the trajectory = H = 2 m

Angle at which archer fish spit = θ = 60°

Acceleration due to gravity = [tex]g = 10 m/s^2[/tex]

The maximum height of the projectile is given as:

[tex]H=(u^2\sin^2\theta )/(2g)[/tex]

[tex]2 m=(u^2\sin^2(60^o))/(210m/s^2)[/tex]

[tex]\sin 60^o=\sqrt{(3)/(2)}[/tex]

[tex]u^2=(2 m \times2 10 m/s^2 4)/(3)=53 m^2/s^2[/tex]

u=7.30 m/s

TO solve this problem, we simply need to use ratio and proportion. From the statement problem we can say the ratio height : distance, so that: (let us say that X is the image distance)

15 cm : 30 cm = 10 cm : X

We know that the symbol : means division so:

15 cm / 30 cm = 10 cm / X

X = 10 cm * 30 cm / 15 cm

X = 20 cm

So the image distance is 20 cm

vy = 10 m/s v2

y + v

2

x = v

2

ground

vx = 1.5 m/s (10)2 + (1.5)2 = v

2

ground

vground = 10.11 m/s

tan θ =

10

1.5

θ = 81.47

Answer:

Explanation:

31 m/s

23° north of east

Answer:

Environmental groups oppose tidal energy because of the following potential negative consequences:

Cheers!

Answer:

Rutherford brought the concept of a nucleus. He said that the atom "had a tiny and heavy nucleus."

' should be presented—a succinct paragraph that encapsulates your main points and directly addresses the question asked. Secondly, an '

When crafting your answer, it is crucial to address all parts of the question and to support your points with evidence from provided readings or relevant knowledge. Aim for an in-depth exploration of the question rather than surface-level commentary. Avoid long rambling answers that stray from the main points. As per the instructions, a thorough response should contain a minimum of 3 to 4 well-developed paragraphs, with each paragraph consisting of at least 5 to 6 sentences. This format demonstrates a robust engagement with the question and reflects a high level of effort in constructing a considered response that is free of spelling and grammar errors.

triple beam balance and meterstick

The set of instruments that would be helpful to determine the density of an object are triple beams balance and meterstick

Triple beam balance refers to an instrument that can be used to measure the mass of different objects. It is called triple beam balance because it is made up of three beams.  

Each of the beams has different weights and their size matches the gradations of the notched scale present on each of the beam. The size of the beams varies, the middle beam has the largest size, the far beam has a medium size and the font beam is the smallest size.

The basic parts of a triple beam include:

Also, meterstick can be helpful to determine the density of an object

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Objects of the same mass on different planets will have different weights depending on the local gravity. An object will weigh more on Planet A with stronger gravity than on Planet B with weaker gravity, even though the mass is constant.

Two objects with the same mass on different planets will have different weights if the planets have different strengths of gravitational force. On Planet A, where the force of gravity is stronger, an object will weigh more compared to its weight on Planet B, where the force of gravity is weaker. This is because weight is the force exerted by the gravitational field of a planet on an object, which can be calculated using the equation F = ma, where m is the mass and a represents the acceleration due to gravity (g) on that planet. Therefore, if gravity is stronger on Planet A, the acceleration due to gravity is greater, resulting in a greater weight for the object, even though its mass remains unchanged.

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The weights of two objects with the same mass will differ on different planets due to varying gravitational forces. The object on the planet with the stronger gravitational force will weigh more.

The weights of objects depend on both their mass and the gravitational force acting upon them. Since both objects have the same mass but are on different planets with different gravitational forces, their weights will differ.

Specifically, the object on Planet A, which has a stronger force of gravity, will weigh more than the object on Planet B, which has a weaker gravitational force.

Weight is calculated by the equation:

Weight = Mass × Gravitational Force

If the gravitational force on Planet A is stronger, then for the same mass, the weight will be greater. For example, if an object has a mass of 10 kg and Planet A has a gravitational force of 15 N/kg, the weight will be:

Weight = 10 kg × 15 N/kg = 150 N

If the same object is on Planet B with a gravitational force of 10 N/kg, then the weight will be:

Weight = 10 kg × 10 N/kg = 100 N

Thus, even though the mass of the objects is the same, their weights are different due to the different gravitational forces on each planet.

Answer:

B

Explanation: