Which equations represent the relationship between wavelength and frequency for a sound wave? Check all that apply.


v = lambdaf

A = vf

f = v

A = StartFraction v over f EndFraction.

A = StartFraction f over v EndFraction.

f = StartFraction v over f EndFraction.

f = StartFraction lambda over v EndFraction.

From Newton's Second Law of Motion, acceleration is given by this formula:

[tex]Accelertaion = \frac{Force}{Mass}[/tex]

From the above formula, we can deduce that acceleration is inversely proportional to the mass of an object. Thus, the smaller the mass of an object, the greater would be its acceleration when the same force applied.

Therefore, the 100 gram mass will have a greater acceleration with the same force applied.

Question 2.

Given the following data:

Mathematically, net force is given by this formula;

[tex]Net\;force = mass \times acceleration[/tex]

Substituting the given parameters into the formula, we have;

[tex]Net\;force = 22.4 \times 1.40[/tex]

Net force = 31.4 Newton.

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Final answer:

The 100g mass will have the greatest acceleration when the same force is applied, due to Newton's second law of motion. For the second part, the net force being applied to a 22.4kg object accelerating at 1.40m/s^2 is closest to 31.4 N.

Explanation:

The first part of the question asks: With the same force applied, which of these will have a greater acceleration? The options are 100g mass, 200g mass, 300g mass, and all objects having the same acceleration. According to Newton's second law of motion, acceleration is inversely proportional to mass when the force applied is constant. Therefore, the 100g mass will have the greatest acceleration (option F).

For the second question, a 22.4kg object is accelerating at 1.40m/s2. To find the net force being applied to the object, we use the formula F = ma, where F is the force, m is the mass, and a is the acceleration. Plugging in the values, we get F = 22.4kg * 1.40m/s2 = 31.36 N.

Therefore, the closest answer is option D, 31.4 N.

Answer: b:

Explanation:

protons are positive,

electrons are negative,

and neutrons are neutral.

the amount of electrons to protons is always the same in a balanced atom.

electrons can be removed creating "ions" which is simply an unbalanced atom. removing protons would result in a different type of atom or element.

Taking into account the definition of neutron, electron and proton, the correct answer is option b. Proton - positive

The atom is defined as the smallest particle into which an element can be divided without losing its chemical properties.

Protons, neutrons, and electrons are the particles that make up the atom. These particles determine the characteristics and properties of the chemical elements.

The protons and neutrons are concentrated in the atomic nucleus, while the electrons are distributed in the crust or the periphery of the atom.

Neutrons have no net electric charge, unlike the proton which has a positive electric charge. Lastly, electrons have a negative electrical charge.

Then, the correct answer is option b. Proton - positive

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Answer:

new moon

Explanation:

Answer:

The elastic potential energy PE=143.47kJ

Explanation:

This problem bothers on the potential energy stored in a material.

Given data

Mass of the bungee jumper

m= 75kg

Height of jump down the cliff h=195m

We know that the elastic potential energy stored is same as the potential energy of the bungee jumper

PE= 1/2kx²= mgh

Assuming g is 9.81m/s²

PE= 75*9.81*195

PE= 143471.25J

PE=143.47kJ

What is potential energy?

Potential energy is the energy possessed by a body by virtue of it position.

Answer:

D. 2,400 calories

A mechanical wave requires a medium to propagate, which can be any substance or material that can transmit the wave motion.

In physics, a mechanical wave is a type of wave that requires a medium to propagate. The medium can be any substance or material, such as air, water, or a solid object, as long as it can transmit the wave motion.

For example, when you throw a stone into a pond, the ripples that spread out are mechanical waves. The water in the pond acts as the medium through which the wave is transmitted.

Other examples of mechanical waves include sound waves, which require a medium like air or water to travel through. So, in summary, the medium of a mechanical wave is the substance or material that carries the wave energy.

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Answer:

the balloon deflates

Explanation:

Answer: Balloons and Rockets

The air rushes out of the neck of the balloon. The action of the air rushing from the balloon pushes against the balloon, moving it in the opposite direction. When rocket fuel is burned, hot gases are produced. These gases expand rapidly and are forced out of the back of the rocket.

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Explanation:

The wavelength of the wave will be 2.5 m.

The distance between two successive troughs or crests is known as the wavelength. The peak of the wave is the highest point, while the trough is the lowest.

The wavelength is also defined as the distance between two locations in a wave that have the same oscillation phase.

The formula for the length of the rope in relation to the node and wavelength is given by;

[tex]\rm L= \frac{n}{2} \lambda \\\\ \rm 5= \frac{4}{2} \lambda \\\\ \lambda=\frac{5}{2} \\\\ \lambda= 2.5 \ m[/tex]

Hence the wavelength of the wave will be 2.5 m.

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Answer:

d

Explanation:

rodents example the house mouse gnaw and spoil food stored by humans this they are considered as pests

Final answer:

All the listed organisms, including fungi, insects, bacteria, and rodents can be considered pests in various contexts, such as when they cause harm to agriculture, food storage, or health.

Explanation:

When assessing which of the organisms listed can be considered a pest, it is indeed correct to consider all of the above as potential pests. This includes fungi, insects, bacteria, and rodents. For example, fungi can cause diseases in plants (like the stem rust on barley), leading to significant agricultural damage. Insects can also be pests, such as locusts that destroy crops or mosquitoes that spread diseases.

Bacteria are often responsible for food spoilage or plant diseases. Rodents, such as mice and rats, can contaminate food supplies and are known carriers of various diseases. These organisms can all be considered pests depending on the context, such as when they cause harm to human endeavors like agriculture, food storage, or human health.

Answer:

the answer is a)the ionosphere

Explanation:

its the ionosphere because it's the region above the earths atmosphere where particles exist in an ionized state.

Answer:

Your answer to the question is a.) the inosophere.

Explanation:

Answer: 6.80

Explain: Trust me

Answer:

D

Explanation:

answer is D

Final answer:

The safest speed to drive in a parking lot is 10 mph. This speed ensures the safety of pedestrians and allows drivers to react to unexpected obstacles.

Explanation:

The top speed you will ever need to go in a parking lot is 10 mph. Parking lots are areas with high pedestrian traffic including children and pets, making it critical to drive at a slow, safe speed. The recommended speed limit ensures everyone's safety and gives drivers enough time to react to unexpected events or obstacles. It's important to always stay alert, avoid distractions, and be ready to stop quickly while navigating through parking lots.

Answer: The correct answer is "Number of rope segments supporting the load".

Explanation:

Mechanical advantage: It is defined as the ratio of the force produced by a machine to the force applied on the machine. The ideal mechanical advantage of a machines is mechanical advantage in the absence of friction.

The ideal mechanical advantage of a pulley system is equal to the number of rope segments which is supporting the load. More the rope segments, It is more helpful to do the lifting the work.

It means that less force is needed for this task to complete.

Therefore, the correct option is (C).

The object's acceleration is indicated by the slope of a linear velocity-time graph. Option (B) is the best choice.

A linear velocity-time graph's slope is a representation of an object's acceleration. Acceleration is the rate at which velocity changes in relation to time. When the velocity-time graph is a straight line, a constant acceleration is indicated by the slope of the line.

The acceleration increases with slope steepness and might be positive or negative depending on the slope's direction. If there is no slope (i.e., a horizontal line), there is no acceleration, which means the item is traveling at a constant speed.

As a result, the acceleration is indicated by the slope of the velocity-time graph. (B) is the best choice.

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Chemical equations are useful because the Chemical equations predict what will happen in a chemical reaction. The correct option is option (C).

Chemical equations are valuable tools in chemistry as they allow us to represent and understand chemical reactions. They provide a concise and standardized way to describe the reactants, products, and stoichiometry of a chemical reaction. Here are some reasons why chemical equations are useful:

1) Predicting reaction outcomes.

2) Quantifying reactants and products.

3) Communication and record-keeping.

4) Conservation of mass.

Therefore, while chemical equations do not prevent mistakes or fix reactions, they are primarily used to predict reaction outcomes, quantify substances involved, and provide a common language for communication and record-keeping in chemistry.  The correct option is option (C).

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Answer:

To write the general formula for an acid, we fix one atom which is hydrogen because this atom is common to all the acids. General formula for acid is written by HX. where H represents Hydrogen atom.

Explanation:

The general formula for an acid is HA, where 'H' represents a hydrogen ion and 'A' is the conjugate base after the proton donation. Acid-base reactions follow the general equation of acid + base
ightarrow salt + water, and acids react with metals to form a salt and hydrogen gas.

The general formula for an acid in chemistry can be written as HA, where 'H' represents a hydrogen ion that can be donated, and 'A' represents the remainder of the acid molecule that forms the conjugate base after the acid donates its proton. When an acid reacts, such as in an acid-base reaction, it follows the equation acid + base → salt + water, which for a reaction with a metal hydroxide specifically becomes acid + metal hydroxide → salt + water. In the reaction of an acid with a pure metal, the general word equation is: acid + metal → salt + hydrogen gas. The type of salt and the details of these reactions can vary depending on the specific acid and other reactants involved.

Answer:

D newton

Explanation:

he did extensive research on gravity, and gravity is what holds planets in orbits.

Answer:a

Explanation:

Answer:

diffraction

Explanation:

As you can see from the figure, sound waves spread out and travel around obstacles. This is called diffraction. It also occurs when waves pass through an opening in an obstacle.  

Fire investigators begin their search with the point of origin, which is the location where the fire started. This helps them determine the cause of the fire and they can do this by examining damage patterns and looking for ignition sources.

In the process of investigating a fire, fire investigators typically begin their search with the point of origin. The point of origin is the location where the fire started. It is the most critical area in any fire investigation as it helps in determining the cause of the fire. Locating the point of origin involves carefully examining the fire scene, observing patterns of fire damage, and often working backwards from the areas of least damage towards the areas of most damage. Once the point of origin has been located, the investigators then look for sources of ignition, fuels, and any potential accelerants that may have contributed to the spread of the fire.

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Answer:

who knows bsf

Explanation:

The electrocope is a device is used to detect the presence of  charges. Image B shows the charge distribution in a neutral electrocope when a negative charge is brought near it

An electrocope is a device that is used to detect the presence of charges on the basis of electrostatic induction. The proceess involves bringing a charged body around an electroscope and watching out for the movement of the gold leaf.

The image that shows the charge distribution in a neutral electrocope when a negative charge is brought near it is image B.

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Answer: It would destroy the Earth's surface.

I remember reading this questions in What If? by Randall Munroe. Great book, I suggest you check it out. Anyway, the answer. The Earth is revolving as well as spinning on its axis at the same time. This  basically means that thee atmosphere is also spinning at the same speed. But due to the frame of reference, we don't notice anything. If the Earth suddenly stops spinning, then the atmosphere, going according to the first law of motion will still be spinning at the same speed. This would produce supersonic winds at such a scale that it will be compared to an atomic explosion. Anything not in a nuclear bunker will probably be ripped apart by the force of the wind.

General relativity involves accelerations (change in velocity), which occur in segments A, C, and E.  The spacecraft is flying at a constant velocity (no acceleration) during segments B and D - special relativity would apply in these segments.

General relativity will be considered during the A, C and E part of the trip since the space probe will be accelerating then.

The theory of special relativity is a theory which explains the relationships between speed, mass, time and space.

In special relativity, acceleration is not often considered

An example of special relativity is in time dilation.

General relativity applies to motion under gravity, and acceleration of objects are considered.

Therefore, general relativity will be considered during the A, C and E part of the trip since the space probe will be accelerating then.

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-- First question . . . first answer choice

-- Second question . . . second answer choice

-- Third question . . . third answer choice

Answer: The moon

Explanation: the moon is not on the earth

Earth's biosphere consists of the Pacific Ocean, Rocky Mountains, and Cuba (country), hence the moon is not part of the biosphere, so option 2 is correct.

The biosphere is a relatively narrow layer of the Earth's surface that supports life. It starts a few kilometers up in the atmosphere and ends at the deep ocean vents. The biosphere is a vast ecosystem made up of biotic (living things) and abiotic (nonliving) components, from which living things (biota) get their energy and nutrition.

Earth was a barren planet with shallow seas and a thin band of gases before life appeared there. These gases were primarily carbon dioxide, carbon monoxide, molecular nitrogen, hydrogen sulfide, and water vapor. The planet was hostile and desolate. The lithosphere (rock and soil), hydrosphere (water), and atmosphere make up this entirely inorganic state of Earth, which is known as the geosphere (the air).

Therefore, Earth's biosphere consists of the Pacific Ocean, Rocky Mountains, and Cuba (country).

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Answer:

may be 60m I think it's the correct answer

Answer:

Your answer is actualy going to be 130