Answer:
SEE below
Explanation:
MASS is a measure of the amount of matter in an object....it will remain the same ....
WEIGHT is a measure of gravitational pull on the object and is inversely dependent on the square of the distance between the two bodies...so weight will be LESS than on the surface of the planet
a piece of plywood in which several holes are being drilled successively has been secured to a workbench by means of two nails. knowing that the drill exerts a 12-n⋅m couple on the piece of plywood, determine the magnitude of the resulting forces applied to the nails if they are located (a) at a and b, (b) at b and c, (c) at a and c.
The measure of a force is known as the magnitude of the force. When two or more forces act on a body, the total sum of the forces acting on it is known as the magnitude of the resultant force.
In simpler terms, the sum of the total force is the resultant force.
The magnitude of the resulting forces can be calculated by
[tex]R = \frac{Couple}{Position}[/tex] where R is the resultant force.
Forces at
(a) A and B
AB = 0.45m
R * (0.45m) = 12 N-m
R = [tex]\frac{12}{0.45}[/tex]
R = 26.66 N
(b) B and C
BC = 0.24m
R * (0.24m) = 12 N-m
R = [tex]\frac{12}{0.24}[/tex]
R = 50 N
(c) A and C
AC = [tex]\sqrt{AB^{2} +BC^{2} }[/tex]
AC = [tex]\sqrt{(0.45)^{2} + (0.24)^{2} }[/tex]
AC = 0.51m
R * (0.51m) = 12 N-m
R = [tex]\frac{12}{0.51}[/tex]
R = 23.9 N
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There are different colors of visible light because
Answer:
he wavelengths separate into the colors of the rainbow because each color is a different wavelength. Violet has the shortest wavelength, at around 380 nanometers, and red has the longest wavelength,
hop this helps
We see different wavelengths of light as different colors because they are associated to different wavelength, which activates different cells in the retina.
A gamma ray of wavelength 1. 00 × 10–8 cm has enough energy to remove an electron from a hydrogen atom. True or false?.
A gamma ray of wavelength 1. 00 × 10–8 cm has enough energy to remove an electron from a hydrogen atom - True.
What are gamma rays?The electromagnetic radiation with the highest energy and shortest wavelength is called a gamma ray.
Since gamma-ray photons have energy greater than tens of millions of electron volts, their wavelengths are often smaller than a few tenths of an angstrom (1010 meter).
The disintegration of an atomic nucleus produces gamma rays, an ionizing form of electromagnetic radiation.
Gamma rays have such a strong penetrating force that they may need to be stopped by several inches of a thick substance, such as lead, or even by several feet of concrete.
Gamma-ray examples include lightning, nuclear explosions, and radioactive decay of naturally occurring radionuclides.
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Haru always wanted to be a marathon runner and he set his first goal to run five miles in 50 minutes, but while he was trying to meet his objective, he
noticed that he is a really fast sprinter and would have greater success in short races. What behavioral trait BEST describes Haru's personality?
Short races trait is the BEST describes Haru's personality . and to run a marathon, you have to run 26.2 miles by foot , it is not easy.
MarathonThe word "marathon" originates in a Greek myth. According to the myth, a gallant soldier sprinted from the Marathon battlefield all the way to Athens, Greece, to inform everyone that the Greeks had defeated the Persians. It is claimed that he covered the entire distance, which is equivalent to a current marathon, without pausing.A marathon requires a lot of effort. It requires perseverance, practice, and hard effort. After all, you must run 26.2 miles on foot to complete a marathon! Consider it like this: 26.2 miles is equivalent to more than 460 times around a football field.To learn more about Marathon refer:
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Ionic Bonds are formed when two elements _________________.
two or more atoms loss or gain electrons to form an ion
Explanation:
up above
Victoria Falls is a waterfall on the Zambezi River in southern Africa, which provides habitat for several unique species of plants and animals. It is located on the border between Zambia and Zimbabwe and is one of the world's largest waterfalls, with a width of 1,708 m (5,604 ft). Victoria falls 20.0 meters into a pool of water below. If she lands 2.8 meters away from the diving platform, what was her horizontal velocity?
Answer:
Explanation:
.
which is a better deal?
a, 1 liter of gas for $1.50
b, same amount of gas for the same amount of money
c, 1 gallon of gas for $4.00
a horizontal 52-N force is needed to slide a 50 kg box across a flat surface at a constant velocity of 3.5 m/s. What is the coefficient of kinetic friction between the box and the floor?
The coefficient of kinetic friction between the box and the floor is 0.11.
What is coefficient of friction?
Coefficient of friction is a measure of the amount of friction existing between two surfaces.
The coefficient of kinetic friction between the box and the floor is calculated as follows;
F - Ff = ma
where;
a is the acceleration of the boxm is mass of the boxFf is frictional forceF is applied forceF - μmg = ma
at a constant velocity, acceleration, a = 0
F - μmg = 0
F = μmg
μ = F/mg
μ = (52) / (50 x 9.8)
μ = 0.11
Thus, the coefficient of kinetic friction between the box and the floor is 0.11.
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Bob and carol are both observing the moon at exactly the same time. However, bob is in miami and carol is in los angeles. Bob observes the moon in the first quarter phase. In what phase will carol observe the moon to be?.
Bob and Carol are both observing the moon at exactly the same time. However, bob is in Miami and carol is in Los Angeles. Bob observes the moon in the first quarter phase. Carl will also observe the moon in the first quarter phase.
The moon cycle consists of four primary and secondary phases.
The four primary phases are New Moon, First Quarter, Full Moon, and the Last Quarter.
However, people living in different hemispheres see the contemporary phase of the moon from different angles.
The secondary phases of the moon are waxing crescent, waxing gibbous, waning gibbous, and waning crescent.
If a person travels from the southern hemisphere to the northern hemisphere, he will see that the moon is in the same phase as it was at home.
Thus Bob and Carol, living in different cities, will also observe the moon in the same phase i.e. the first quarter phase.
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as a traffic light turns green, a waiting car starts with a constant acceleration of 1.99 m/s2 x. at the instant the car begins to accelerate, a truck with a constant velocity of 29.44 m/s x passes in the next lane. how much time does it take for the car to catch up with the truck again?
It will take 29.58s of time to for the car to catch up with the truck again.
What is the the relation between velocity and time?The distance an object travels in a certain length of time is measured as velocity. The link between separation, speed, and time is expressed by the following word equation: Distance traveled divided by journey time equals velocity.
As we know,
distance = velocity × time
Given,
acceleration = 1.99 m/s2
constant velocity = 29.44 m/s
d = v₀ × t + 1/2 × a × t²
for v₀ = 0,
v × t = 1/2 × a × t²
⇒ t = 2v / a
⇒ t = 2 × 29.44 / 1.99
⇒ t = 29.58s
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If 500j of energy were added to 1kg of each of these samples, which would expiernce the least temperature increase?
If 500J of energy was added to one each sample of Aluminum, Brass, Copper, and Platinum, Aluminum will experience the least temperature increase.
This can be explained with the concept of Specific heat. Specific heat may be defined as the heat required to raise the temperature of a unit mass of a substance by 1°C.
Now the relation between Heat and temperature change can be given by:
Q=mSΔT; where m is the mass of the given substance, S is the specific heat capacity and ΔT is the temperature change.
Since the mass of all the samples is the same and the same amount of energy is added to them then the temperature change is inversely proportional to Specific heat capacity.
ΔT∝1/S
Out of all the samples' given Aluminum has the highest Specific heat.
Thus, the temperature change is least for aluminum.
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Complete Question:
If 500j of energy were added to 1kg of each of these samples of Aluminum, Brass, Copper and Platinum then which would experience the least temperature increase?
There are no dangers when someone is underweight.
True
False
Question 2 (1 point)
Which of the following does NOT make up your body composition?
a
Muscles
b
Bones
c
Stomach Contents
d
Fat
e
Tissues
f
Organs
Question 3 (1 point)
A bathroom scale is the best measure of health.
True
False
Question 4 (1 point)
Which of the following is not true about being underweight?
a
Being underweight can lead to a lack of stored energy.
b
Being underweight can lead to lack of organ protection.
c
Being underweight can lead to infertiility.
d
Being underweight is healthy and there are no health issues.
Question 5 (1 point)
You cannot tell how healthy someone is by how they look on the outside.
True
False
My observation is that no object on planet Earth will keep going in one direction forever and never slow down. Because of friction, and air resistance, objects will eventually slow down (from free fall or motion).
Newton's first law (Law of Inertia) states that all objects in motion will stay in motion until acted upon by an outside force.
Can anyone give an example where an object on Earth follows Newton's first law?
An example where an object on Earth follows Newton's first law is a ball rolling on the ground.
What is Newton's first law of motion?
Newton's first law of motion states that if a body is at rest or moving at a constant speed in a straight line, it will remain at rest or keep moving in a straight line at constant speed unless it is acted upon by a force.
Examples of Newton's first law of motion;
Brakes applied by a bus driver abruptlyAn object placed on a plane SurfaceA ball rolling on the ground.Thus, an example where an object on Earth follows Newton's first law is a ball rolling on the ground.
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a vertical piston-cylinder device contains a gas pressure of 150 kpa. the piston has a mass of 12 kg and a diameter of 15 cm. pressure of the gas is to be increased by placing some weights on the piston
The local atmospheric pressure can be determined from the total pressure at the initial state:
What is mass?
Mass is a physical body's total amount of matter. Inertia, or the body's resistance to acceleration when a net force is applied, is also measured by this term. The strength of an object's gravitational pull to other bodies is also influenced by its mass. The kilogram serves as the SI's fundamental mass unit.
Therefore,
a vertical piston-cylinder device contains a gas pressure of 150 kpa. the piston has a mass of 12 kg and a diameter of 15 cm. pressure of the gas is to be increased by placing some weights on the piston
The local atmospheric pressure can be determined from the total pressure at the initial state:
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Toss a ball upward. What is the change in speed each second
on the way up? On the way down?
Answer:
-9.8m/s force of gravity
Explanation:
If gravity is the only force acting upon the ball, the ball will have a -9.8m/s acceleration.
Answer:
As you throw the ball up into the air, its direction is up, but the speed decreases due to the pull of gravity. The ball slows down, and at the very top of its flight, its velocity at that instant is zero.
On the way down, its speed increases by about 10 m/s each second.
Explanation:
The gray cube has a density of 4.5 g/cm3. the density of the green cube is _________ that of the gray cube?
The density of the green cube is higher than the density of the gray cube.
What is density?Density can be defined as a ratio of mass to the volume of a physical object such as a metal, gray cube, or tennis ball. Mathematically, the density of a gray cube can be calculated by using this formula:
Density = M/V
Where:
M represents the mass of a physical object.V represents the volume of a physical object.By critically observing the image (see attachment) of these cubes on the scale, we can reasonably and logically deduce that the green cube has a larger mass than the gray cube on the scale, which ultimately implies that its density (mass/volume) ratio is higher.
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Complete Question:
The gray cube has a density of 4.5 g/cm³. Is the density of the green cube the same, lower than, or higher than that of the gray cube? (2.7)
A cannonball is shot from level ground with a velocity of 240.0 m/s at an angle of 32 degrees. How long does the ball take to hit the ground?
The time of flight is obtained as 25.9 seconds
What is the time of flight?The time of flight is the time taken to move the object that have been projected along the parabolic path. In this case, we have a cannonball that have been fired from level ground with a velocity of 240.0 m/s at an angle of 32 degrees.
We know that from the question
T = 2usinθ/g
T = time of flight
u = initial velocity
θ = angle of projection
g = acceleration
T = 2 * 240.0 m/s * sin 32 degrees/9.8 m/s^2
T = 25.9 seconds
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A 51.0 kg boy is standing near the edge of a raft that is floating in a lake. The boy jumps horizontally off the raft with a velocity
of 3.50 m/s. The raft moves in the opposite direciton with a velocity of -7.70 m/s. What is the mass of the raft? Ignore the
resistance caused by the water on the raft.
The boy jumps horizontally off the raft with a velocity of 3.50 m/s. The raft moves in the opposite direction with a velocity of -7.70 m/s.
What is the difference between Mass and Raft?The Department of Housing and Community Development funds the RAFT Program, which prevents homelessness (DHCD). RAFT offers low-income families who are homeless or in danger of homelessness short-term financial support. This force is 67° north of east and has a magnitude of 15 N. Find the x and y components of the raft's acceleration, ignoring any water resistance. The buoyant force on the raft is equal to the weight of the water displaced according to Archimedes' principle.
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. the a string of a violin is a little too tightly stretched. beats at 4.00 per second are heard when the string is sounded together with a tuning fork that is oscillating accurately at concert a (440 hz). what is the period of the violin string oscillation?
The period of the violin string oscillation is 2.25 x 10 3 s.
Let T be the period.
The beat frequency is then equal to 1/T440Hz=4.00 beats/s.
T thus equals 2.25 x 10 3 s.
The "too tightly stretched" string has more tension, which causes it to have a higher (fundamental) frequency.
The process of any quantity or measure fluctuating repeatedly about its equilibrium value in time is known as oscillation. A periodic change in a substance's value between two values or around its central value is another way to define oscillation.
The time it takes the particle to complete one oscillation is known as the period (T) of the oscillation. The particle travels in the same direction and via the same point after time T.
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A reconnaissance
plane flies 584 km away
from its base at 940 m/s, then flies back to its
base at 1410 m/s.
What is its average speed?
Answer in units of m/s.
The average speed of the plane is 1128m/s.
The entire distance covered by the object in a specific amount of time is its average speed. Average speed exists as a scalar quantity. The magnitude serves as its representation, and it lacks direction.
Given:
Distance one way = 584km
Speed from its base = 940m/s
Speed back to base = 1410m/s
To find:
Average speed, Avg = ?
Formula:
Avg = total distance / total time
Calculations:
Total distance = 584 + 584 = 1168km = 1168000m
Total time = (584000/940) + (584000/1410)
Avg = 1168000 / [(584000/940) + (584000/1410)]
Avg = (2 x 940 x 1410) / (1410 + 940)
Avg = 2650800 / 2350
Avg = 1128m/s
Result:
The average speed of the plane is found to be 1128m/s.
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a plane accelerates from rest at a constant rate of along a runway that is long. assume that the plane reaches the required takeoff velocity at the end of the runway. what is the time needed to take off?
The time required to take off is 26.84 s
SOLVING THE EQUATION :
First of all, we can find the velocity at which the plane takes off, using the equation :
v ²-- u² = 2ad
where
v is the take-off velocity
u = 0 is the initial velocity
a is the acceleration
d = 1800 m is the distance covered
Solving for v,
v = √2ad
= √2(5)(1800)
= 134.3 m/s
The time needed to reach this velocity can be found by using
v = u+at
And solving for t,
[tex]t = \frac{v-u}{a} \\\\ = \frac{134.2-0}{5}[/tex]
= 26.84 s
Time needed to take off is = 26.84 s
Kinematics Problems:An interesting scenario when describing the kinematic of a body (or system of bodies) is its motion under constant acceleration. Quantitative calculations for this type of motion require the use of kinematic equations, which relate the quantities that describe the motion of the body. the acceptable kinematic equation to be used depends on whatever motion quantities are given in the problem
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it matter which configuration is used from the standpoint of how much force is conveyed to the indicated ‘ground’? answer yes or no from intuition. (b) find expressions that allow you to compare the power dissipated in the damper for each design. use a value of b for the damper, assuming linear damping
The transverse damper could also be used as a diagnostic tool by . A novel energy dissipation system that can achieve the amplified damping ratio.
What is damping ratio?An influence that reduces or prevents oscillation in an oscillatory system is known as damping. Processes that disperse the energy contained in the oscillation in physical systems lead to damping. Examples include viscous drag in mechanical systems, resistance in electrical oscillators, and absorption and scattering of light in optical oscillators. Viscosity of a liquid can impede an oscillatory system, causing it to slow down.
Other oscillating systems, like those found in biological systems and bicycles (for example, the suspension (mechanics) system), can benefit from damping that is not reliant on energy loss. Contrasted with friction, a dissipative force operating on a system, friction is not to be confused with. Dampening can be brought on by friction or contribute to it.
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How can you solve for m,meaning you have to isolate m?
Here in this question, the formula used is of The Simple Harmonic Motion.
Simple harmonic motion is the motion of a particle traveling in a straight line with an acceleration that is always directed toward the single point directly and whose value is related to the distance from the fixed point. Simple harmonic motion is a type of periodic motion. While basic harmonic motion is an oversimplification, it is nevertheless an excellent approximation. Simple harmonic motion is useful in research because it may be used to describe oscillations in wind generators and vibrations in automotive suspensions. A form of oscillating motion is simple harmonic motion. It is used to simulate numerous real-world scenarios in which a mass vibrates about an equilibrium position. A mass on the spring is one example of such a circumstance.
T = 2π√(m/k)
T²/4π² = m/k
m = k (T²/4π²)
Hence m is isolated from the question and is written as m = k (T²/4π²).
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What is the answer to this problem .
A,B,C or D ?
Option B, the fact that the rubber band is made up of elastic material ensures that it possesses mechanical energy as mechanical energy is stored in the form of kinetic and potential energy.
What is mechanical energy?Mechanical energy is one form of energy in which the total energy is conserved in the form of kinetic and potential energy. In mechanical energy kinetic energy changes into potential energy and vice-versa.
What is an elastic material?Elastic materials are types of materials that get back to their original shape after getting stretched by an external force. For example, rubber is an elastic material because it is stretched when force is applied to it but returns to its original shape once the forces are removed.
Now in the given question we have been asked why rubber band has mechanical energy.
The first option states because of mass but since the meaning of mass does not insure that it is only mechanical energy it could also be electrostatic energy or any other form of energy.
Option B talks about the elastic nature of rubber band which is a correct answer to the question.
Elastic nature of the rubber band ensures that the total energy remains conserved in the form of mechanical energy.
In rubber band when it is stretched in the stressed position it stores energy in the form of potential energy.
While it is released from stretched position the energy gets converted into kinetic energy therefore conserving the total mechanical energy.
Therefore option B which states that the mechanical energy of the rubber band exist because of elastic nature of the material of the rubber band is the correct option.
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What is the peak current through a 484 w room heater that operates on 110 v ac power?
Through a 484-w room heater that operates on 110 v ac power, the peak current would be 6.22A
Concept of Peak current:The maximum amount of current that an output is capable of sourcing for brief periods of time is known as the peak current.
When an electrical device or power supply is turned on for the first time, a large initial current known as the peak current flows into the load, starting at zero and increasing until it reaches a peak value.
What is the peak current or the RMS currentPeak current is the highest current present at any particular moment. On the other side, RMS currents are the average currents.
CalculationIo =?
Power = Vrms x Irms = 484
⇒ 484 = 110v x Io/ [tex]\sqrt{2}[/tex]
Io = (484 x [tex]\sqrt{2}[/tex]) / 110
Io = 6.22A
Thus, the peak current is 6.22A
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How might a servant leaders gender, age, or ethnicity influence how he or she is perceived by followers?
Answer:
Servant leaders use persuasion – rather than their authority – to encourage people to take action. They also aim to build consensus in groups , so that everyone supports decisions. There are many tools and models that you can use to be more persuasive, without damaging relationships or taking advantage of others.
Explanation:
a cannonball is shot from a cannon at a launch angle of 63 degrees and an initial velocity of 147 m/s what is the horizontal component of this initial velocity?
The horizontal component of this initial velocity is 26.8 sec
Vy = V sin theta = 147 * sin 63 = 131 m/s
Time to reach zero vertical speed tu= 131 m/s / 9.8 m/s^2 = 13.4 sec
Time for the ball to fall to the original speed
td = 131 m/s 9.8 m/s^2 = 13.4 sec
Total time in air = tu + td = 13.4 s + 13.4 s = 26.8 s
Or 2 * sin 63 * 147 / 9.8 = 26.7 sec
The pace at which an object travels a distance is known as speed, and it is a scalar quantity. The distance (a scalar quantity) per time ratio is the average speed. Speed disregards direction. The instantaneous speed is the upper limit of the average speed as the duration of the time interval approaches zero. The average speed of an item in a period of time is the distance traveled by the object divided by the duration of the period. The meter per second (m/s), the SI unit of speed
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"Representing data is not an important part of scientific investigations." Describe why this statement is incorrect.
The reason why the given statement is incorrect is because representing data is an important part of scientific investigations.
A scientific investigation is a method of finding an answer to a question which no one has ever asked before. It is done using various research methods. For this lot of observations are done and then experiments are conducted.
Since a lot of observations and experiments are done, a lot of data is created. Usually more than one experiment is done, because the first one is most likely to be unsuccessful. But that does not mean that it is a waste. Because the mistakes from the first experiment is corrected / altered in the upcoming ones. Since a lot of experiments are done, keeping data of each experiment to alter data in further experiments is an important part of a scientific investigation.
Therefore, the given statement "Representing data is not an important part of scientific investigations" is incorrect.
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why did a glass bottle with a water burst at night in the cold on a glazed balcony?
Answer:
i guess if the a glass gets to cold it will bust
Explanation:
A satellite is in uniform circular motion around the Moon. What happens to the direction of the acceleration vector during one full orbit?
(1 point)
O The acceleration vector oscillates back and forth.
O The acceleration vector always points inward.
O The acceleration vector always points outward.
O The acceleration vector always points in the direction of motion.