One piece of refuse-compaction and earth-moving equipment is needed at the landfill site for approximately each 80 loads per day. So the correct answer is c.
This means that based on the specific conditions or requirements of the landfill site in question, it is estimated that one piece of refuse-compaction and earth-moving equipment would be needed to handle approximately 80 loads of refuse per day. This information may be based on factors such as the volume of waste generated, the efficiency of the equipment, the capacity of the landfill site, and other operational considerations.
It's important to note that the actual number of loads per day that would require equipment may vary depending on various factors and site-specific conditions. The given answer is an estimate and may not be universally applicable to all landfill sites or situations.
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If an organism is classified in the animal kingdom, then it MUST
If an organism is classified in the animal kingdom, then it must Identify traits common to all animals and traits that can be used to distinguish groups of related animals.
Give a brief account on animal kingdom.The animal kingdom is the taxonomic kingdom that includes all animals, living or extinct. All animals on earth can be found in the taxonomic classification of the animal kingdom. Animals are classified into various subcategories to further define them, named as division, class, order, family, genus and species. Each classification is physically, anatomically or behaviorally in some way Similarities narrow as one moves down through divisions, classes, etc. until a unique species is defined.
We need to identify traits that are common to all animals and traits that can be used to distinguish between related animal groups. Animal classification systems group animals based on anatomy, morphology, evolutionary history, developmental traits, and genetic makeup.
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The complete question is as follows:
Complete the given sentence.
If an organism is classified in the animal kingdom, then it MUST_______.
An astronaut would feel ________ as he or she crossed the event horizon of a stellar-mass black hole.incredibly strong tidal forcesintense heatinglighternothing
An astronaut would feel incredibly strong tidal forces as he or she crossed the event horizon of a stellar-mass black hole.
The event horizon is the point of no return around a black hole, where the gravitational pull is so strong that nothing, not even light, can escape it.
As the astronaut approaches the event horizon, the gravitational pull on different parts of his or her body becomes increasingly strong, causing a phenomenon called tidal forces.
These tidal forces would be incredibly strong near a black hole, and they would stretch the astronaut's body into a long, thin shape.
The difference in gravitational pull between the astronaut's head and feet would be so extreme that it would likely result in the astronaut being torn apart, a process known as spaghettification.
In addition to the tidal forces, the intense gravitational field near a black hole can also cause intense heating due to the friction and compression of gas and dust around the black hole.
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if an object achieved an angular acceleration of 40 rad/s2 due to a torque of 46 nm, what was the object's moment of inertia (in kg.m2?
Using the equation I = /, where is the torque applied to the item and is the consequent angular acceleration, one may calculate the moment of inertia of a given object.
I = 46 Nm / 40 rad/s², which can be written as I = 1.15 kg.m², is the result of substituting the provided numbers into the formula. A result of this is that the object's moment of inertia is 1.15 kg/m². The distribution of mass within the object and its shape both affect the moment of inertia, which is a measurement of an object's resistance to rotational motion. The stiff body spinning about a fixed axis is covered by the formula presented here.
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a 100 kg football player is running toward another player at 15 m/s. how much average force (in n) needs to be applied over 2.0 seconds to bring him to a stop?
An average force of 750 N must be applied over 2.0 seconds to bring the football player to a stop.
Given
The initial velocity of the football player, u = 15 m/s
The final velocity of the football player, v = 0 (since he needs to be brought to a stop)
The time taken to bring the football player to a stop, t = 2.0 s
The mass of the football player, m = 100 kg
Solution
Using the formula for average force, which is:
(final momentum - starting momentum) / time = average force
We can first calculate the initial momentum of the football player, which is:
initial momentum = mass x velocity
= 100 kg x 15 m/s
= 1500 kg m/s
Next, we can calculate the final momentum of the football player, which is:
final momentum = mass x velocity (since he has been brought to a stop)
= 100 kg x 0 m/s
= 0 kg m/s
We can now plug these data into the average force formula:
(final momentum - starting momentum) / time = average force
= (0 kg m/s - 1500 kg m/s) / 2.0 s
= -750 N
The negative sign indicates that the force must be applied in the opposite direction to the motion of the football player, to bring him to a stop. Therefore, an average force of 750 N must be applied over 2.0 seconds to bring the football player to a stop.
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Question 21
Which is the standard measure for water turbidity?
a. nephelometric turbidity unit
b. siple turbidity unit
c. formazin turbidity unit
d. jackson turbidity unit
The standard measure for water turbidity nephelometric turbidity unit. Option A is the correct answer.
Water turbidity is a measure of the cloudiness or haziness of water caused by suspended particles that scatter and absorb light.
The standard measure for water turbidity is the Nephelometric Turbidity Unit (NTU), which measures the amount of light scattered by particles in the water sample.
The NTU is determined using a nephelometer, which measures the intensity of light scattered at a 90-degree angle to the incident light. The higher the turbidity of the water, the higher the NTU reading.
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Ch7 Questions Momentum
1. What is the relationship between velocity and momentum? Give an example
2.
Which has a greater mass, a heavy truck at rest or a rolling skateboard?
3.
Which has greater momentum?
3. Distinguish between impact force and impulse.
4. When the force of impact on an object is extended in time, does the impulse increase or decrease?
5. Distinguish between impulse and momentum.
6. If the time of impact in a collision is extended by four times, how much does the force of impact change
7. What does it mean to say momentum is conserved?
8. Distinguish between elastic and inelastic collisions.
9. In terms of impulse and momentum why are air bags in automobiles a good idea?
OBRABIA
10. You can't throw a raw egg into a wall without breaking it, but you throw it at the same speed at sagging sheet without breaking it.
Explain.
Answer:1. Momentum is directly proportional to velocity. If an object has a higher velocity, it will have a greater momentum. For example, a truck moving at a high speed has a greater momentum than a skateboard moving at a slow speed.
2. The heavy truck at rest has a greater mass than the rolling skateboard.
3. The object with the greater velocity will have greater momentum. For example, a car traveling at 60 mph has greater momentum than a bicycle traveling at 10 mph.
4. When the force of impact is extended in time, the impulse increases.
5. Momentum is the product of mass and velocity, while impulse is the change in momentum over time.
6. If the time of impact in a collision is extended by four times, the force of impact decreases by four times.
7. Conservation of momentum means that in a closed system, the total momentum before a collision is equal to the total momentum after the collision.
8. In elastic collisions, both momentum and kinetic energy are conserved, while in inelastic collisions, only momentum is conserved.
9. Air bags in automobiles are a good idea because they increase the time over which the force of impact is applied to the occupant, reducing the impulse and therefore reducing the risk of injury.
10. The sagging sheet is able to absorb the egg's impact force over a longer period of time than the wall, which causes the egg to break upon impact with the wall. The longer time of impact reduces the impulse, making it less likely for the egg to break.
Explanation:
19.) A person consumes a snack containing 14 food calories (14 kcal). What is the power this food produces if it is to be "burned off" due to exercise in 6 hours? (1 cal = 4.186 J)
A.) 2.7 W
B.) 9763 W
C.) 0.6 W
D.) 0.0027 W
To solve this problem, we need to convert the food calories to joules and then use the formula P = E/t, where P is power, E is energy, and t is time.
First, we need to convert 14 food calories to joules:
14 kcal x 4.186 kJ/kcal = 58.604 kJ
Next, we need to convert 6 hours to seconds:
6 hours x 3600 seconds/hour = 21,600 seconds
Now we can plug in the values:
P = 58.604 kJ / 21,600 s = 2.7 W
Therefore, the answer is A.) 2.7 W.
To answer this question, we need to convert the food calories (kcal) into joules, and then divide by the time in seconds to get the power in watts.
1. Convert 14 kcal to joules: 14 kcal * 4.186 kJ/kcal = 58.604 kJ
2. Convert 6 hours to seconds: 6 hours * 60 min/hour * 60 sec/min = 21,600 seconds
3. Calculate the power in watts: 58.604 kJ / 21,600 seconds = 0.00271 kW or 2.71 W
Your answer: A.) 2.7 W
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Why does the quantity of the water in a beaker not matter but the quantity in a polystyrene cup does?
(PLS HELP ILL MARK U BRAINLIEST)
The quantity of water in a beaker or a polystyrene cup does matter, but the reason why it matters is different for each container.
Why does the quantity of water for each container matter?In a beaker, the quantity of water does not affect the temperature of the water significantly because glass is a good conductor of heat, meaning that the heat from the water is evenly distributed throughout the beaker. As a result, the temperature of the water remains relatively stable regardless of the quantity of water in the beaker.
On the other hand, in a polystyrene cup, the quantity of water does matter because polystyrene is a poor conductor of heat, meaning that the heat from the water is not evenly distributed throughout the cup. If there is a small quantity of water in the cup, the heat from the water is concentrated in a small area, causing the temperature to increase rapidly.
This can cause the cup to melt or deform. If there is a large quantity of water in the cup, the heat is distributed over a larger area, reducing the temperature increase.
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(382-56) Receptacle type tap connectors for nonmetallic extensions shall be of the _____.
Receptacle type tap connectors for nonmetallic extensions shall be of the twist-lock type.
The National Electrical Code (NEC) requires that receptacle-type tap connectors used with nonmetallic extensions, such as cords or cables, be of the twist-lock type. This is to ensure a secure connection between the plug and receptacle, as well as to prevent accidental disconnection. Twist-lock connectors have a locking mechanism that requires the plug to be twisted and locked into place before it can be energized.
This provides a more reliable and safe connection compared to standard plug connectors that can easily be pulled out or accidentally disconnected. The NEC provides guidelines and requirements for electrical installations to promote safety and minimize the risk of electrical hazards.
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1 degree of visual angle = ... letter spaces in typical texts
On average, 1 degree of visual angle corresponds to about 4 letter spaces in typical texts. However, this can vary depending on factors such as font size, spacing, and individual differences in visual acuity.
Visual angle subunits are minutes and seconds of arc: 1 degree = 60 min of arc (or arcmin) and 1 arcmin = 60 s of arc (or arcsec). Components used to calculate visual angle (θ) include the size of the stimulus object (S0) at a specified viewing distance (D0).The visual angle of the image on the retina can be calculated by measuring the angle subtended by the object outside of the eye. Visual angle is the angle a viewed object subtends at the eye, usually stated in degrees of arc. It also is called the object's angular size.
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If a stone has 390 J of energy and is moving with a speed of 12m/s, what is the mass of the stone?
Answer: 5.42 kg
Explanation:
The formula for kinetic energy is:
KE = 1/2 * m * v^2
where KE is the kinetic energy, m is the mass of the object, and v is the velocity of the object.
We are given the kinetic energy (KE) and velocity (v), so we can rearrange the formula to solve for the mass (m):
m = 2 * KE / v^2
Substituting the given values, we get:
m = 2 * 390 J / (12 m/s)^2
m = 2 * 390 J / 144 m^2/s^2
m = 5.42 kg (rounded to two decimal places)
Therefore, the mass of the stone is approximately 5.42 kg.
Question 36 Marks: 1 The best sanitary landfill method for an area with rolling terrain is theChoose one answer. a. low-area method b. valley or ravine area method c. trench method d. area or ramp method
The best sanitary landfill method for an area with rolling terrain is the valley or ravine area method. This method involves placing waste in a natural or excavated valley or ravine and covering it with soil daily.
The slope of the valley or ravine helps with drainage, while the natural contours of the terrain provide stability for the landfill. This method is often preferred over the low-area method, which can lead to groundwater contamination, and the trench or area/ramp method, which requires extensive excavation and leveling of the land.
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How would i solve this/Find the force applied
(a). The skier slides approximately 9.89 meters along the hill before stopping.
(b). The magnitude of the force stopping the skier is approximately 12.53 N.
(a) Work done on an object is equal to the change in its kinetic energy:
[tex]W_{net} = \Delta K[/tex]
At the bottom of the hill, the skier has a kinetic energy of:
[tex]K_i = (1/2)mv^2 = (1/2)(73 kg)(4.2 m/s)^2 = 1326.18 J[/tex]
The skier has a gravitational potential energy of:
[tex]U_f = mgh = (73 kg)(9.8 m/s^2)[/tex](sin 9°)(x)
The net work done on the skier is equal to change in gravitational potential energy:
[tex]W_{net} = \Delta U = U_f - U_i[/tex]
Solving for x :
x = (K_i - U_f) / (mg sin 9°) = [tex](1326.18 J - (73 kg)(9.8 m/s^2)[/tex](sin 9°)(x)) / ([tex]73 kg[/tex])([tex]9.8 m/s^2[/tex])(sin 9°)
x = 9.89 m
(b) Using trigonometry, we can calculate force:
F_parallel = mg sin 9° =[tex](73 kg)(9.8 m/s^2)[/tex](sin 9°) = 12.53 N
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rocky uses a frictionless pulley system to lift an engine up 2 feet while removing it from a car. rochelle has no pulley system, but asks 3 friends to help her lift an identical engine up 2 feet to remove it from another car. who applied more total force in lifting the engine and why?
In this scenario, Rocky would have applied less total force to lift the engine than Rochelle and her three friends. This is because the frictionless pulley system that Rocky used would have made the lifting process easier and more efficient, requiring less force overall.
On the other hand, Rochelle and her friends would have had to rely on their own strength to lift the engine without the aid of a pulley system. This means that they would have had to exert more total force to lift the engine the same distance as Rocky did. It's important to note that even though Rocky used a pulley system, the force required to lift the engine would have been the same as if they lifted it without the system. The pulley system only makes the process easier by distributing the weight more evenly and reducing the amount of effort needed from each individual. However, in this case, Rocky still applied less total force than Rochelle and her friends due to the use of the pulley system.
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True or FalseIn the emergency heat mode, the auxiliary heat source becomes the primary heat source and the compressor is disabled.
True. In the emergency heat mode, the auxiliary heat source (such as electric resistance coils) becomes the primary heat source and the compressor is disabled.
This mode is typically used when the regular heat pump system is malfunctioning or unable to keep up with extreme cold temperatures. When a heat pump is used in conjunction with gas or oil auxiliary heating, the heat pump coil must be placed downstream the furnace.
The heat pump coil is situated underneath the furnace for a reason.
This is because the heat pump coil needs to be able to extract heat from air that has already been heated by the auxiliary heat source rather than air that is drawn into the boiler from the outside.
If the heat pump coil was positioned on the downstream side of the furnace, the efficiency and performance of the heat pump system would be reduced.
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a 35 kg boy is on a swing at a park. the swing is supported by 2 chains, each 2.96 m long. the tension on each chain is 352n when the boy swings past the lowest point. what is the linear speed of the boy at the lowest point on the swing?
3.94 m/s is the linear speed of the boy at the lowest point on the swing and a 35 kg boy is on a swing at a park. the swing is supported by 2 chains, each 2.96 m long.
To find the linear speed of the boy at the lowest point on the swing, we can use the formula:
v = √(gL(1-cosθ))
where v is the linear speed, g is the acceleration due to gravity (9.8 m/s²), L is the length of the swing (2.96 m), and θ is the angle between the swing and the vertical.
At the lowest point of the swing, the tension on each chain is equal to the weight of the boy, which is:
T = mg = 35 kg x 9.8 m/s² = 343 N
So the tension on each chain is slightly less than 352 N, but we can use this value as an approximation.
The tension on each chain provides the centripetal force that keeps the boy moving in a circular path. The tension is given by
T = mv²/L
where m is the mass of the boy and v is his velocity at the lowest point.
Solving for v, we get:
v = √(TL/m) = √(352 N x 2.96 m / 35 kg) ≈ 3.94 m/s
So the linear speed of the boy at the lowest point on the swing is approximately 3.94 m/s.
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Which type of pipe has the lowest normal maximum working pressure?
a.) Reinforced concrete
b.) Ductile iron
c.) Polyvinyl chloride
d.) High-density polyethylene
Polyvinyl chloride (PVC) has the lowest normal maximum working pressure among the listed pipe types. PVC pipes are commonly used for household plumbing and irrigation systems, but they are not suitable for high-pressure applications due to their lower strength and durability compared to other pipe materials.
The working pressure of PVC pipes typically ranges from 100 to 150 psi, which is much lower than the working pressure of ductile iron, reinforced concrete, and high-density polyethylene pipes.
PVC is available in two fundamental types: rigid (sometimes referred to as RPVC) and flexible. PVC in its rigid form is employed in pipe construction as well as in profile applications like doors and windows. Additionally, it is utilised in the production of plastic bottles, non-food packaging, food-covering sheets, and plastic cards (like bank or membership cards). Plasticizers, the most popular of which are phthalates, can be added to make something softer and more flexible. It is also used in this form for flooring, signage, phonograph records, inflatable items, plumbing, electrical wire insulation, imitation leather, and many other uses where rubber is replaced. It is used with cotton or linen to make canvas.
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compared with the frequency of illuminating light on a sheet of transparent plastic, the frequency of light that is transmitted
The frequency of light that is transmitted through a sheet of transparent plastic is the same as the frequency of illuminating light. Transparent materials, like plastic, do not absorb light and therefore the frequency of light that passes through them remains unchanged.
What is transparent?Transparency is a concept or value of being open and honest with others. It is the practice of being open, honest, and accountable with oneself and with others. Transparency involves communication between individuals and organizations in a way that is easily understood, accessible, and open to public scrutiny. Transparency is a key component of good governance, as it allows for public scrutiny and accountability, and encourages public participation in decision-making. Transparency also fosters trust in the government and promotes economic growth and development.
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A weight suspended from a spring bobs up and down over a distance of 1 meter in two seconds. Its frequency is
The frequency of the weight suspended from the spring is 0.5 Hz.
To determine the frequency of a weight suspended from a spring that bobs up and down over a distance of 1 meter in two seconds, we need to consider the following terms:
- Distance: This is the total vertical distance covered by the weight, which is 1 meter.
- Time: This is the total time taken for the weight to complete one cycle, which is 2 seconds.
Now, frequency is the number of cycles per second, and can be calculated using the formula:
Frequency (f) = 1 / Time period (T)
In this case, the time period (T) is 2 seconds.
So, the frequency (f) can be calculated as:
f = 1 / 2 = 0.5 Hz
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a continuous straight stream of protons passes a given point in space at a rate of 2.5 * 109 protons>s. what magnetic field do they produce 1.8 m from the beam?
Therefore, the magnetic field produced by the proton stream at a distance of 1.8 m from the beam is approximately 3.54 nanotesla (nT).
Assuming the stream of protons is moving at a constant velocity, the magnetic field they produce can be calculated using the Biot-Savart law:
B = μ₀/4π * (q*v)/(r²)
Where:
μ₀ = permeability of free space = 4π x 10⁻⁷ T m/A
q = charge of each proton = 1.602 x 10⁻¹⁹ C
v = velocity of the proton stream = 2.5 x 10⁹ protons/s
r = distance from the beam = 1.8 m
Plugging in the values, we get:
B = (4π x 10⁻⁷ T m/A)/(4π) * (1.602 x 10⁻¹⁹ C * 2.5 x 10⁹ protons/s)/(1.8 m)²
B = 3.54 x 10⁻⁹ T
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A straight bar magnet is initially 4 cm long, with the north pole on the right and the
south pole on the left. If you cut the magnet in half, the right half will
A) no longer contain any poles. B) contain only a north pole.
C) contain only a south pole.
D) contain a north pole on the right and a south pole on the left.
A straight bar magnet is initially 4 cm long. If you cut the magnet in half, the right half will no longer contain any poles.
Option A is correct.
The length of the bar magnet 4cm, assuming we cut into a portion of the right half will have same shafts. By splitting the bar magnet in half, two smaller but still complete magnets with north and south poles are produced. Each piece of a magnet remains a complete magnet with two poles regardless of how small they are cut, even down to the microscopic level.
Therefore, magnets always have two poles. There is no such thing as a unipole.
For what reason is a bar magnet?A magnet made of ferromagnets is called a bar magnet. The magnet's magnetism is derived from ferromagnetic materials. As the name recommends, a Bar Magnet is a rectangular piece of the Magnet which, as different Magnets when suspended openly, adjusts itself along the Attractive field of the earth.
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Magnetic flux equals magnetic field times area times cosine angle. true or false
Answer: Yes True.
Explanation:
According to the statement, φ=BAcos(theta)
.It represents the relationship between magnetic flux φ with magnetic field B and area A. and angle theta between magnetic field and area A.
You are pedaling a bicycle at 9.8 m/s. The radius of the wheels of the bicycle is 51.9 I'm. The angular velocity of rotation of the wheels is?
The angular velocity of rotation of the wheels is 18.88 rad/s if you are pedaling a bicycle at 9.8 m/s. The radius of the wheels of the bicycle is 51.9 I'm.
Angular velocityRotational motion and rectilinear motion go hand in hand. These are all derivations of Newton's rules of Motion, which are the fundamental rules of motion. The linear velocity has a value of 9.8 m/s. The equation is used to translate it into angular velocity.Where v is the linear velocity in m/s and r is the radiusThe angular velocity is expressed in rad/s, and r is the wheel's radius in meters.0.519 m is equal to 51.9 cm, where r is expressed. Given that later on we'll employ velocity in m/s, we make sure to maintain consistency in the units.9.8 m/s x 0.519 m is the formula for v=r. =18.88 rad/sFor more information on angular velocity kindly visit to
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many terms from physics are badly misused in everyday language. in both cases, explain the errors involved. (a) a strong person is called powerful. what is wrong with this use of power? (b) when a worker carries a bag of concrete along a level construction site, people say he did a lot of work. did he?
(a) The term "powerful" is often misused in everyday language to describe a person who is physically strong.
However, in physics, power is defined as the rate at which work is done, or the amount of energy transferred per unit time. Therefore, a person's physical strength does not necessarily correlate with their power. The correct use of power would refer to the rate at which a person can perform work or transfer energy.
(b) When people say that a worker carrying a bag of concrete did a lot of work, they are using the term "work" incorrectly. In physics, work is defined as the product of the force applied to an object and the displacement of the object in the direction of the force.
In this case, if the worker is carrying the bag of concrete along a level surface without any vertical displacement, then no work is actually being done. Instead, the worker is simply expending energy to move the weight of the bag from one location to another.
Therefore, the correct use of the term would be to say that the worker exerted a lot of effort or energy, but not necessarily that they did a lot of work.
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A force of 186 N acts on a 7.3 kg bowling ball for 0.40 s. What is the ball’s change in momentum
A force of 186 N acts on a 7.3 kg bowling ball for 0.40 s. then the ball’s change in momentum is 74.4 Ns.
Momentum is defined as mass times velocity. it tells about the moment of the body. it is denoted by p and expressed in kg.m/s. mathematically it is written as p = mv. A body having zero velocity or zero mass has zero momentum. its dimensions is [M¹ L¹ T⁻¹]. Momentum is conserved throughout the motion. According to conservation law of momentum initial momentum is equal to final momentum.
Change in momentum with respect to time is force,
F = Δp/Δt
Hence change in momentum is equal to,
Δp=F ×Δt
Δp= 186 × 0.40
Δp= 74.4 Ns
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Question 53 Marks: 1 The recommended distance from the bottom of the trench to the ground water table or rock is 62 inches.Choose one answer. a. True b. False
The above statement is True. The recommended distance from the bottom of the trench to the groundwater table or rock is indeed 62 inches. This distance helps ensure proper wastewater treatment and prevents contamination of groundwater resources.
Groundwater table The water table is an underground boundary between the soil surface and the area where groundwater saturates spaces between sediments and cracks in the rock. Water pressure and atmospheric pressure are equal at this boundary
Groundwater, which is in aquifers below the surface of the Earth, is one of the Nation's most important natural resources. Groundwater is the source of about 37 percent of the water that county and city water departments supply to households and businesses (public supply).
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newton’s third law color by number
When action and reaction forces are applied, the forces cancel out. [green]The action force is always greater than the reaction force. [purple]The reaction force is equal to the action force. [pink] .
What is force ?Force is an influence that can cause an object to change its motion or make it stay still. It is described as a push or pull in a specific direction, and it is measured in Newtons. Force can be applied to objects in contact with each other, such as when two objects are pushing against each other. It can also act over a distance, such as when a magnet attracts or repels another magnet. Forces can cause an object to accelerate, decelerate, or change direction. They can also be used to do work, such as lifting an object or compressing a spring.
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A bulb is plugged into a 120V The resistance of the bulb is 330ohms.
a. Calculate the current through the bulb.
b. Calculate the Watts and Kilowatts.
c. Calculate the cost to run the bulb for 10hrs at 8cents/kwhr.
The current through the bulb is 0.36A.
The power consumed by the bulb is 43.2 watts (0.0432 kilowatts).
The cost to run the bulb for 10 hours at 8 cents/kWh is 3.46 cents.
How to find the currenta. The current through the bulb can be calculated using Ohm's Law:
Current (I) = Voltage (V) / Resistance (R)
Substituting the given values:
I = 120V / 330ohms = 0.36A
b. The power consumed by the bulb can be calculated using the formula:
Power (P) = Voltage (V) x Current (I)
Substituting the given values:
P = 120V x 0.36A = 43.2W
To convert this to kilowatts:
P(kW) = P(W) / 1000 = 0.0432 kW
So, the power consumed by the bulb is 0.0432 kilowatts.
c. To calculate the cost to run the bulb for 10 hours at 8 cents/kWh, we need to first calculate the total energy consumed by the bulb over this time period.
Energy (E) = Power (P) x Time (t)
E = 43.2W x 10h = 432Wh
To convert this to kilowatt-hours (kWh):
E(kWh) = E(Wh) / 1000 = 0.432 kWh
Finally, we can calculate the cost:
Cost = Energy (kWh) x Cost per kWh
Cost = 0.432 kWh x 8 cents/kWh = 3.46 cents
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samuel ran out of the front door of his house, around the block, and back in the front door, covering a total distance of 300 meters. his entire trip took 3 minutes. what was his average velocity in meters per minute?
Samuel's average velocity is 300 meters / 3 minutes = 100 meters per minute.
To find Samuel's average velocity in meters per minute, we need to use the formula:
Average velocity = total distance ÷ total time
We are given that Samuel covered a total distance of 300 meters and his entire trip took 3 minutes. So we can plug these values into the formula:
Average velocity = 300 meters ÷ 3 minutes
Average velocity = 100 meters per minute
Therefore, Samuel's average velocity in meters per minute was 100.
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How much force must a locomotive exert on a 10040-kg boxcar to make it accelerate forward at 0.460 m/s2?
To calculate the force required to accelerate a boxcar forward at 0.460 m/s², we can use Newton’s second law of motion which states that force is equal to mass times acceleration. The mass of the boxcar is 10040 kg and the acceleration is 0.460 m/s². Therefore, the force required to accelerate the boxcar
The mass of the boxcar is 10040 kg and the acceleration is 0.460 m/s². Therefore, the force required to accelerate the boxcar To calculate the force required, we can use Newton's second law of motion which states that force equals mass times acceleration. In this case, the mass of the boxcar is 10040 kg and the acceleration is 0.460 m/s2.
So, force = mass x acceleration force = 10040 kg x 0.460 m/s2 force = 4614.4 N Therefore, the locomotive must exert a force of 4614.4 N on the boxcar to make it accelerate forward at 0.460 m/s2.
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