The relationship between frequency and wavelength of light is given by:
[tex]f=\frac{c}{\lambda}[/tex]
where
f is the frequency
c is the speed of the light
[tex]\lambda[/tex] is the wavelength
Therefore, from this equation we see that frequency is inversely proportional to wavelength: the longer the wavelength, the smaller the frequency, and the shorter the wavelength, the higher the frequency.
The wavelength and frequency of light are inversely proportional to each other. The higher the frequency of light, the shorter its wavelength. Also, high-frequency waves carry more energy than lower-frequency waves.
Explanation:The wavelength and frequency of light are inversely proportional to each other. This means if the wavelength of light increases, its frequency decreases, and vice versa. This relationship can be expressed as λf = c, where λ represents wavelength, f represents frequency, and c is the speed of light. For instance, the different colors of visible light have specific frequencies and wavelengths associated with them. Radio waves, which have longer wavelengths, have lower frequencies, while visible light with shorter wavelengths have higher frequencies. This relationship remains constant irrespective of the moving source or observer.
In a given medium under fixed conditions, the higher the frequency, the smaller the wavelength. Also, waves with higher frequencies carry more energy than lower-frequency waves. This energy is delivered as elementary particles called photons. Therefore, higher-frequency waves deliver more energetic photons compared to lower-frequency waves.
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A negatively charged rubber rod can pick up small, neutrally charged pieces of paper by a process called
Final answer:
A negatively charged rubber rod can pick up small, neutrally charged pieces of paper through polarization, causing a redistribution of charges within the paper. This induces a dipole moment, leading to attraction despite the paper's overall neutral charge.
Explanation:
A negatively charged rubber rod can pick up small, neutrally charged pieces of paper by a process called polarization. This phenomenon occurs because the negatively charged rod causes a redistribution of charges within the neutral paper, inducing a dipole moment. The paper, though overall neutral, has its charges slightly shifted: the side closer to the rod becomes positively charged due to the attraction of electrons towards the rod, and the far side becomes more negatively charged. The closer, positively charged side of the paper is then attracted more strongly to the negatively charged rod than the repulsion experienced by the more distant, negatively charged side, resulting in the net attraction of the paper to the rod. This effect is not limited to rubber rods and paper; it can be demonstrated with various insulators and small objects. The key to this attraction is the electrostatic force and the principle that opposite charges attract. The rubber rod, after being charged (usually by friction with another material like fur), exhibits this charge inducing behavior due to the presence of excess electrons. Some molecules, like water, are naturally polar and show greater polarization effects than molecules with naturally uniform charge distributions when in the presence of charged objects. Thus, the same principle applies to the attraction of neutrally charged objects that have polar molecules.
When you stand at rest on a bathroom scale, how does your weight compare with the support force by the scale?
When you stand at rest on a bathroom scale, your weight and the scale's support force are equal but opposite in direction, according to Newton's Third Law. Your weight, which is the force of gravity acting on your mass, presses down on the scale, and the scale pushes back up with equal force. This balance means that you are not accelerating, and the scale correctly reflects your actual weight.
Explanation:The question you're asking is really about the principles of Physics, particularly those involving forces and weight. When you stand at rest on a bathroom scale, your weight and the support force by the scale are equal in magnitude but opposite in direction. This is due to Newton's Third Law, which states that for every action, there is an equal and opposite reaction. Simply put, your body presses down on the scale (action), and the scale pushes back with equal force (reaction).
The weight we refer to here is actually the force of gravity acting on your mass. It's worth noting that this force would change if the force of gravity changes, for instance, if you were to stand on a scale on the moon. However, when you're standing on a scale on Earth, your weight and the scale's support force are balanced, meaning you are not accelerating and the reading on the scale reflects your actual weight.
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A ball is tossed straight up with an initial velocity of 13.6 m/s. A) how high will it go? B) how long is the ball in the air?
What forces below earth's surface shape landforms?
Which of the following is an organic compound?
Answer:
D
Explanation:
In order to be classified as an organic compound, the compound must contain carbon. Of the options available, only option D includes a sample that contains carbon.
Organic compounds often contain C, H, and O atoms, such as ethanol, CH₃OH.
If the 37.0-n force continues, the box accelerates at 0.52 m/s2 . what is the coefficient of kinetic friction?
The coefficient of kinetic friction is approximately 0.176.
Explanation:To calculate the coefficient of kinetic friction, we need to use the formula:
frictional force = coefficient of kinetic friction × normal force
We also know that the frictional force is equal to the product of mass and acceleration:
frictional force = mass × acceleration
By equating the two expressions for frictional force, we can solve for the coefficient of kinetic friction:
coefficient of kinetic friction = (mass × acceleration) / (mass × gravity)
Plugging in the given values, we have:
coefficient of kinetic friction = (30 kg × 0.52 m/s²) / (30 kg × 9.8 m/s²)
coefficient of kinetic friction ≈ 0.176
The coefficient of kinetic friction is approximately 0.176. To determine this, we can use the formula: frictional force = coefficient of kinetic friction × normal force.
Explanation:To calculate the coefficient of kinetic friction, we need to use the formula:
Frictional force = coefficient of kinetic friction × normal force
We also know that the frictional force is equal to the product of mass and acceleration:
Frictional force = mass × acceleration
By equating the two expressions for frictional force, we can solve for the coefficient of kinetic friction:
Coefficient of kinetic friction = (mass × acceleration) / (mass × gravity)
Plugging in the given values, we have:
Coefficient of kinetic friction = (30 kg × 0.52 m/s²) / (30 kg × 9.8 m/s²)
Coefficient of kinetic friction ≈ 0.176
What is the longest wavelength of radiation that possesses the necessary energy to break the bond 941?
Calculate the kinetic energy in joules of a 1500 kg automobile moving at 19 m/s
What is the least possible initial kinetic energy in the oxygen atom could have and still excite the cesium atom?
The minimum kinetic energy needed to excite a cesium atom by a collision with an oxygen atom can be calculated using the conservation of energy principle.
Explanation:The minimum amount of kinetic energy a particle must have to excite another particle can be calculated using the conservation of energy principle and the equation for kinetic energy. In this case, we are considering the collision between an oxygen atom (O) and a cesium atom (Cs). The formula for calculating the minimum kinetic energy is:
K.E. = (2 * activation energy) + ionization energy
The activation energy is the minimum energy required to initiate the reaction, and the ionization energy is the energy required to remove an electron from an atom. To calculate the specific values for this equation, we need to know the activation energy and the ionization energy of the cesium atom.
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Select the statement that best describes how the forces relate. (2 points)
Select one:
a. All forces begin equally and become varied. The object on which they are acting and the distance to that object determines the amount of force.
b. Weak nuclear and magnetic forces are different because magnetic forces are associated with unmoving charges, and weak nuclear forces are associated with moving charges.
c. All forces are related to the mass of the object on which they are acting. The larger the mass, the weaker the forces become.
d. Magnetic and electrical forces are similar because they are both related to the interactions between charged particles.
A student throws a set of keys vertically upward to his fraternity brother, who is in a window 4.00 m above. the brother’s outstretched hand catches the keys 1.50 s later. (a) with what initial velocity were the keys thrown? (b) what was the velocity of the keys just before they were caught?
In at least 150 words, discuss how Chang's use of personification, metaphor, or connotation express one his themes in "Garden of My Childhood." Use details from the poem to support your response.
Answer:
Poet Kuangchi Chang did not remain in China long enough to be "re-educated." Following the Communist takeover he fled to the United States. His poem "Garden of My Childhood" describes China before the revolution as a peaceful, idyllic garden with a violent horde rapidly approaching. A vine, the wind, and the sea are each personified, and each beckons for him to run. It is not until "eons later," when he is "worlds away," that his "running is all done," and he finds himself at his destination: another garden, just like the one he had left behind.
A man weighs 1190 n on earth. what would he weigh on jupiter, where the free-fall acceleration is 25.9 m/s 2 ? the acceleration of gravity is 9.8 m/s 2 . answer in units of n.
The weight on Jupiter of a man if man weighs 1190 N on earth. Where the free-fall acceleration is 25.9 m / s² is 3144.26 N.
What is acceleration?Acceleration: the rate at which the speed and direction of a moving object vary over time. A point or object going straight ahead is accelerated when it accelerates or decelerates. Even if the speed is constant, motion on a circle accelerates because the direction is always shifting. Both effects contribute to the acceleration of all other motions.
Given:
The weight of the man, F = 1190 N,
The acceleration, a = 25.9 m / s²,
Calculate the mass of the man by the formula given below,
[tex]F = ma[/tex]
1190 = m × 9.8 m / s²
m = 121.4 kg
Calculate the weight of a man on Jupiter by the formula given below,
[tex]F = ma[/tex]
F = 121.4 × 25.9
F = 3144.26 N
Therefore, the weight on Jupiter of a man if man weighs 1190 n on earth. Where the free-fall acceleration is 25.9 m / s² is 3144.26 N.
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How to find the acceleration of a 20 kg block, going down and to the left (Ф= 37°)
connected, by a pulley, to a 10 kg block accelerating up ?
Theres no friction at all and the pulley is light
Bob is pulling a 30 kg filing cabinet with a force of 200 n, but the filing cabinet refuses to move. the coefficient of static friction between the filing cabinet and the floor is 0.80. what is the magnitude of the friction force on the filing cabinet?
Final answer:
The magnitude of the friction force opposing the filing cabinet is 200 N, equal to the applied force, since it does not exceed the maximum static frictional force of 235.2 N calculated using the coefficient of static friction and the normal force.
Explanation:
The magnitude of the friction force on the filing cabinet can be determined by using the coefficient of static friction and the normal force acting on the cabinet. Since the cabinet is not moving, the static frictional force will be equal to the force applied until it reaches its maximum value, which can be calculated as μs N, where μs is the coefficient of static friction and N is the normal force. The normal force is equal to the weight of the cabinet (mass times the acceleration due to gravity, g). For a 30 kg filing cabinet, the normal force N is equal to 30 kg × 9.8 m/s², which equals 294 N. Hence, the maximum static frictional force is 0.80 × 294 N = 235.2 N. Since the cabinet does not move when a 200 N force is applied, the frictional force opposing it is also 200 N, which is less than the maximum static friction of 235.2 N.
Final answer:
The friction force on the filing cabinet is 200 N, which is the same as the applied force and within the maximum static friction value given by the coefficient of static friction multiplied by the normal force.
Explanation:
The magnitude of the friction force on the filing cabinet can be found by using the coefficient of static friction and the normal force. The normal force is equal to the weight of the cabinet, which is the mass (30 kg) multiplied by the acceleration due to gravity (9.8 m/s²). This gives a normal force of (30 kg)(9.8 m/s²) = 294 N. The maximum static friction force can be calculated with the formula fs(max) = μs N, where μs is the coefficient of static friction and N is the normal force. Since the cabinet doesn't move, the static friction force must equal the applied force up to its maximum value, which is determined by the coefficient of static friction (0.80).
Therefore, the maximum static friction force that can act on the filing cabinet is fs(max) = (0.80)(294 N) = 235.2 N. Since 200 N is being applied to move the cabinet, and it does not move, the friction force acting on the cabinet is 200 N, which is the same as the applied force and less than the maximum static friction force.
60 POINTS ANSWER CORRECTLY
Which statement best describes charge A and charge B in this diagram?
A ) The signs on charges A and B are opposite. The amount of charge on A is greater than that on B.
B ) The signs on charges A and B are opposite. The amount of charge on A is less than that on B.
C ) The signs on charges A and B are the same. The amount of charge on A is greater than that on B.
D ) The signs on charges A and B are the same. The amount of charge on A is less than that on B.
The answer is A The amount of charge on A is greater than that on B.
You are driving along a straight path with 100km/h for 46 minutes. How far do you get?
To find the distance traveled at 100 km/h for 46 minutes, convert the time to hours (46/60 hours), then multiply by the speed (100 km/h) to get approximately 76.67 kilometers.
To calculate how far you get when driving along a straight path at 100 kilometers per hour for 46 minutes, first, we need to convert the minutes into hours because speed is in kilometers per hour (km/h).
Convert 46 minutes to hours:
There are 60 minutes in an hour, so 46 minutes would be
46 minutes = 46 / 60 = 0.7667 hours (approximately).
Use the formula for distance:
Distance = speed X time.
Plug in the values and calculate the distance:
Distance = 100 km/h X 0.7667 hours
Distance = 76.67 kilometers.
Therefore, you would travel approximately 76.67 kilometers in 46 minutes if you maintain a constant speed of 100 km/h.
Explain how the position of the moon relates to the occurrence of high tides and low tides?
what is the difference between ram express and tradesman
a push or pull exerted on an object
The phrase 'a push or pull exerted on an object' defines the concept of force in Physics. This interaction can change the motion of an object. Force is quantified by Newton's Second Law of Motion.
Explanation:The phrase 'a push or pull exerted on an object' is a basic definition of the concept of force in physics. Force represents any interaction that, when unopposed, will change the motion of an object. For example, if you push a stationary car, assuming the car is on a level surface and ignoring friction, the car would start to move - you have exerted a force on it. Conversely, if you pull a moving car to a stop, you have also exerted a force.
In more technical terms, a push or a pull on an object is described quantitatively by Newton's Second Law of Motion: Force equals mass times acceleration (F = ma). Here, the force (the push or pull) results in an acceleration of the object, which is directly proportional to the force and inversely proportional to the object's mass.
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Assume that the moon is hit by about 25 million micrometeorite impacts each day, and that these impacts strike randomly around the moon's surface. also assume that after a footprint is hit by 20 micrometeorites it is erased. (a) roughly (order of magnitude) how long do we expect it would take, in years, for one of the footprints left by the apollo astronauts to be completely erased?
The time required for the footprint left by the Apollo astronaut to be erased is [tex]\fbox{\begin\\1010\,{\text{million}}\,{\text{yr}}\end{minispace}}[/tex].
Further explanation:
Some astronauts went to the moon to know about the moon. They walk on the surface of moon that’s why their footprints left there. It took time to erase the footprints.
Given:
The number of micrometeorites hitting the moon in one day is [tex]25 \times {10^6}[/tex].
The area of footprint is [tex]0.03\,{{\text{m}}^{\text{2}}}[/tex].
The surface area of moon is [tex]3.79 \times {10^{19}}\,{{\text{m}}^{\text{2}}}[/tex].
Concept used:
When footprints hit the surface of moon it got impacted.
The expression for the number of micrometeorites hitting the surface area of footprints in one day is given as.
[tex]\fbox{\begin\\n = \dfrac{N}{{{A_{{\text{moon}}}}}}{A_{{\text{footprint}}}}\end{minispace}}[/tex] …… (1)
Here, [tex]N[/tex] is the number of micrometeorites hitting the moon in one day, [tex]{A_{{\text{moon}}}}[/tex] is the surface area of moon and [tex]{A_{{\text{footprint}}}}[/tex] is the surface area of footprint.
The expression for the time to receive impacts on footprints.
[tex]\fbox{\begin\\T = \dfrac{{20}}{n}\end{minispace}}[/tex] …… (2)
Substitute [tex]25 \times {10^6}[/tex] for [tex]N[/tex], [tex]0.03\, {{\text{m}}^{\text{2}}}[/tex] for [tex]{A_{{\text{footprint}}}}[/tex] and in equation (1).
[tex]\begin{aligned}n &= \frac{{\left( {25 \times {{10}^6}} \right)}}{{\left( {3.79 \times {{10}^{19}}\,{{\text{m}}^{\text{2}}}}\right)}}\left({0.03\,{{\text{m}}^{\text{2}}}\right)\\&=1.979\times{10^{-8}}\\\end{aligned}[/tex]
This means that the footprints receive [tex]1.979 \times {10^{ - 8}}[/tex] number of micrometeorites or impacts per day.
[tex]20[/tex] Impacts are required to erase the footprint in one day.
The expression for the time required to erase the footprints is given in equation (2).
Substitute [tex]1.979 \times {10^{ - 8}}[/tex]for [tex]n[/tex] in equation (2).
[tex]\begin{aligned}T &= \frac{{20}}{{\left( {1.979 \times {{10}^{-8}}}\right)}}\\&=1.010\times{10^9}\,{\text{days}}\\\end{aligned}[/tex]
Thus, it can be given in million years as [tex]\fbox{1010\,{\text{million}}\,{\text{yr}}}[/tex].
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Answer Details:
Grade: College
Subject: Physics
Chapter: Astronomy
Keywords:
Moon, meteorites, footprints, impact, surface area, 20 impacts, micrometeorites, 25 million micrometeorites, 1010 million year,1.010*10^9 days .
Using the periodic table of the elements, how many valence electrons would helium have?
A. 0
B. 1
C. 2
D. 8
Helium only has 2 electrons. So the answer is C. 2
An airplane accelerates down a run-way at 3.20 m/s 2 for 32.8 s until is finally lifts off the ground. determine the distance traveled before take-off.
Celina has a water sample that’s contaminated with salt and microorganisms. Which method should she use to purify the water? distillation filtration osmosis reverse osmosis
Answer:
The answer is reverse osmosis!
Explanation:
I chose this on a test and got it right
The base unit for mass in the SI system is the?
gram
kilogram
slug
Lincoln weighs 400 newtons. What’s his mass rounded to the nearest kilogram? Assume that acceleration due to gravity is 9.8 N/kg.
The mass of Lincoln to the nearest kilogram, if he has a weight 400 N is 41 kg.
What is mass?Mass can be defined as the quantity of matter a body contains.
To calculate Lincoln's mass, we use the formula below.
Formula:
m = W/g........... Equation 1Wher:
m = Licoln's massW = Lincoln's Weightg = Acceleration due to gravityFrom the question,
Given:
W = 400 Ng = 9.8 m/sSubstitute these values into equation 1
m = 400/9.8m = 40.82 kgm ≈ 41 kg to the nearest kilogram.Hence, the mass of Lincoln is 41 kg.
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Answer:
The mass of Lincoln to the nearest kilogram, if he has a weight 400 N is 41 kg.
Explanation:
plato
1) mechanical
2) electrical
3) thermal
4) light
5) chemical
In the system, __________ energy from the sunlight causes the solar panel to create __________ energy which flows into the incandescent light bulb. In the light bulb, the ________ energy is transformed into two different types of energy: _________ energy and _________ energy.
The solar panel absorbs light energy and converts it into electrical energy. When this electrical energy reaches the incandescent light bulb, it is then transformed into thermal energy and light energy.
Explanation:In the system, light energy from the sunlight causes the solar panel to create electrical energy which flows into the incandescent light bulb. In the light bulb, the electrical energy is transformed into two different types of energy: thermal energy and light energy.
Firstly, the solar panel absorbs light energy, also known as solar energy, and through a process called photovoltaic effect, it transforms this energy into electrical energy. This electrical energy then travels into the incandescent light bulb. Within the bulb, this electric energy is converted into thermal (heat) energy - this is the reason why light bulbs can get very hot. The heat then produces light energy, which is what we ultimately see and perceive as the functioning of a light bulb.
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A car drives horizontally off the edge of a cliff that is 40.8 m high. the police at the scene of the accident note that the point of impact is 121 m from the base of the cliff. how fast was the car traveling when it drove off the cliff?
Final answer:
To calculate the speed of the car when it drove off the cliff, we used projectile motion equations to solve for the time it took to hit the ground and then found the horizontal velocity with this time and the given horizontal distance.
Explanation:
To determine the speed at which the car was traveling when it went off the cliff, we can use the kinematic equations for projectile motion. Given that the car falls from a height of 40.8 m and lands 121 m away from the base of the cliff, we can first calculate the time it took for the car to hit the ground using the equation for vertical motion under constant acceleration due to gravity (g = 9.8 m/s²). The vertical motion is independent of the horizontal motion, so:
y = ½ gt², where y is the vertical displacement and t is the time.
Using this equation, we solve for t:
40.8 m = ½ (9.8 m/s²) t²
t = √((2 * 40.8 m) / 9.8 m/s²)
After calculating the time, t, we can then use the horizontal distance travelled and the time of flight to find the horizontal velocity (v):
x = v * t, where x is the horizontal displacement.
Now we substitute the previously calculated time t in the equation to find the horizontal velocity (which is also the initial velocity since there is no horizontal acceleration):
v = x / t
v = 121 m / t
This gives us the car's speed as it left the cliff.
The height of an average adult person is closest to
The global average height for an adult male is 171 centimeters (5 feet 7 inches) and the average height for an adult female is 159 centimeters (5 feet 2 inches).
What is the average height?It is important to note that these are just averages and there will be a range of heights within each country. For example, in the United States, the shortest 10% of men are less than 163 cm (5 ft 4 in) tall and the tallest 10% of men are more than 185 cm (6 ft 1 in) tall. The same is true for women.
The average height of an adult person has been increasing over time due to a number of factors, including improved nutrition and better healthcare.
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