Explanation:
When an object falls freely, it falls due to the influence of gravity and this free falling object is called as acceleration of gravity. The free falling object has an acceleration value of about 9.8 m / s^2 downward on Earth.
The Acceleration of Gravity is denoted by a symbol g.
Solution:
Initial speed = 8.0 m / s.
a. To calculate the time taken, (initial velocity is 8.0 m/s and the final velocity is 0)
T = Velocity / gravity
Time taken to reach highest point t = 8 / 9.8 = 0.816 s.
b. To calculate the height, (initial velocity is 8.0 m/s and the final velocity is 0)
h = square of velocity / (2 * g)
The maximum height the ball reaches h = (8 * 8) / (2 * 9.8)
= 64 / 19.6 = 3.26 m.
John pushes his bed to the left overcoming the force of friction. On the free-body diagram below, which force represents the friction force on the bed?
A. Force A
B. Force B
C. Force C
D. Force D
Answer:
Force B
Explanation:
Friction Force
It's a force that appears when an object is tried to move on a rough surface. There are two cases: when the object is at rest, we have the friction static coefficient and when the object is already moving, we have the dynamic coefficient. The static coefficient is usually greater than the second because it's harder to overcome the friction when the object is at rest.
We are told that John pushes the bed to the left with enough force to overcome the force of friction. If the movement is intended to be to the left side, the friction force appears to the right, since it always opposes to the movement. Thus the force B is the one who represents the friction force in this situation
A ball is dropped from the top of a building. When does the ball have the least kinetic energy? (A) after it has hit the ground (B) just before it hits the ground (C) just after it is released (D) half way through the fall
The velocity of the ball is zero at the point of release.
Thus the ball have the least kinetic energy just after it is released.
What is kinetic energy?The energy of the object due to its motion is known as the kinetic energy of that object.
As the ball has some height before it is dropped.
Due to this height the ball posse some potential energy which is equal to the product of its mass, height and the gravitational force.Here kinetic energy is zero.
(A) After it has hit the ground- When the ball hits the ground the kinetic energy becomes maximum and the potential energy of it becomes zero.(B) Just before it hits the ground- As just before it hits the ground the ball achieve the highest speed and least potential energy as the height is almost equals to zero here.(C) Just after it is released-At this point the ball has maximum potential energy due to the highest height it has, but least kinetic energy due to the zero velocity.(D) Half way through the fall- At the halfway the ball has some height, thus it will posses the potential energy. As the ball is dropping it will have the kinetic energy as well. Thus at half way the mechanical energy of the ball is half the potential and half the kinetic energy.Hence the ball have the least kinetic energy just after it is released.
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Answer: After it has hit the ground
Explanation:
I took the K12 test and got it right leave brainliest
2. 30 Newton Meters of torque is required to close a door 1.5 meters wide. What force is needed to cause the
correct amount of torque?
Answer:
A
Explanation:
Which substance cannot be seperated physically or chemically?
Answer:
What is a Pure Substance?
Explanation:
It is something which cannot be divided into parts by physical means, as it's all made up of the same thing. Pure substances are either elements or compounds. Elements can NOT be separated into other types of matter (physically or chemically).
Answer:
an element
Explanation:
Elements are not able to be separated, but everything else can, whether that be physically or chemically.
Not my work i looked it up, so no copy write please rate!
When you blink your eye, the upper lid goes from rest with your eye open to completely covering your eye in a time of 0.024 s.
a. Estimate the distance that the top lid of your eye moves during a blink.
b. What is the acceleration of your eyelid? Assume it to be constant.
c. What is your upper eyelid's final speed as it hits the bottom eyelid?
a) Distance moved by the top lid during a blink: 1 cm (estimate)
b) The acceleration is [tex]34.7 m/s^2[/tex]
c) The final speed is 0.83 m/s
Explanation:
a)
For the purpose of this problem, we can estimate the size of the eye from the top lid to the bottom lid to be 1 cm, so this is the distance moved by the top lid during a blink.
b)
Assuming the motion of the eyelid to be at constant acceleration, we can find the acceleration by using the following suvat equation:
[tex]s=ut+\frac{1}{2}at^2[/tex]
where
s is the distance covered
u is the initial velocity
t is the time
a is the acceleration
For the eyelid, we have:
u = 0 (it starts from rest)
s = 1 cm = 0.01 m is the distance covered
t = 0.024 s is the time taken
Solving for a, we find the acceleration:
[tex]a=\frac{2s}{t^2}=\frac{2(0.01)}{0.024^2}=34.7 m/s^2[/tex]
c)
The final speed of the upper eyelid can be found by using another suvat equation:
[tex]v=u+at[/tex]
where
v is the final speed
u is the initial speed
a is the acceleration
t is the time
For the eyelid in this problem, we have
u = 0
[tex]a=34.7 m/s^2[/tex]
t = 0.024 s
Substituting, we find the final speed:
[tex]v=0+(34.7)(0.024)=0.83 m/s[/tex]
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Twenty students in Class A and 20 students in Class B were asked how many hours they took to prepare for an exam. The data sets represent their
answers
Class A (2,5,7,6,4,3,8.7.4,5,7,6,3,5, 4.2.4.6.3.5)
Class B. (3.7.6. 4.3.2.4,5,6,7.2.2.2.3, 4.5, 2, 2.5,6)
Which statement is true for the data sets?
A.
The mean study time of students in Class A is less than students in Class B.
B.
The mean study time of students in Class B is less than students in Class A
C.
The median study time of students in Class B is greater than students in Class A
D.
The range of study time of students in Class A is less than students in Class B
E.
The mean and median study time of students in Class A and Class B is equal
The answer from the given option is The mean study time of students in class B is less than the students in class A.
Explanation:
Mean is defined as the ratio of the sum of the given terms to the number of the given terms. (i.e. sum divided by the count). In short, it is the average of the number.There are three types of mean:
Arithmetic mean(AM), Geometric mean(GM)Harmonic mean(HM).Here in class A,
Mean in class A = (2+5+7+6+4+3+8+7+4+5+7+6+3+5+4+2+4+6+3+5) / 20
= 4.8.
Mean in class B = (3+7+6+4+3+2+4+5+6+7+2+2+2+3+4+5+2+2+5+6) / 20
= 4.
Hence mean study time of class B is less than the mean study time of class A.
A missle is fired horizontally with an initial velocity of 45 m/s from the top of a building 75 m high.
What is the horizontal range of the missle?
Select one:
a. 125 m
b. 176 m
c. 207 m
d. 689 m
The horizontal range of the missile is b) 176 m
Explanation:
The motion of the missile is a projectile motion, so it consists of two independent motions:
- A uniform motion with constant velocity along the horizontal direction
- A uniformly accelerated motion with constant acceleration (equal to the acceleration of gravity) in the vertical-downward direction
To find the time of flight of the missile, we study the vertical motion. We can use the following suvat equation:
[tex]s=u_y t+\frac{1}{2}at^2[/tex]
where:
s = 75 m is the vertical displacement of the missile (the height of the building)
[tex]u_y=0[/tex] is the initial vertical velocity (the missile is thrown horizontally)
t is the time of flight
[tex]a=g=9.8 m/s^2[/tex] is the acceleration of gravity
Solving for t, we find the time of flight:
[tex]t=\sqrt{\frac{2s}{g}}=\sqrt{\frac{2(75)}{9.8}}=3.91 s[/tex]
This means that the missile takes 3.91 s to reach the ground.
Now we study the horizontal motion: the missile moves with a constant horizontal velocity of
[tex]v_x = 45 m/s[/tex]
Therefore, the distance covered in a time t is
[tex]d=v_x t[/tex]
and by substituting t = 3.91 s, we find the horizontal range of the missile:
[tex]d=(45)(3.91)=176 m[/tex]
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if a swimmer is traveling at a constant speed of 0.85 m/s how long would it take to swim the length of 50 meter olymic sized pool
Answer:
58.82 Seconds
Explanation:
50m/0.85m/s=58.82s
Which title best reflects the main idea of the passage? The Role of Convection in the Distribution of Earth's Energy The Role of Heat Transfer Methods in the Distribution of Earth's Energy Conduction, Convection, and Radiation: Methods of Heat Transfer Conduction, Convection, and Radiation: The Heating Up of Earth's Surface
Answer:
b
Explanation:
The main idea can be the Role of Heat Transfer Methods in the Distribution of Earth's Energy.
What is main idea of a passage?The main idea of a passage is the central message or information the author is trying to pass to the audience.
The main idea of a passage is the author's main purpose of writing the passage.
From the given options, the main idea of the passage can be determined if the central message of the passage can be deduced.
The main idea can be "The Role of Heat Transfer Methods in the Distribution of Earth's Energy"
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type 2 diabetes runs in familes, but its frequency has been rising in recent years. what factors might explain this increase in type 2 diabetes?
Answer:
poor diet andlack of exersise
Explanation:
Suppose that an object slows down while moving horizontally. In this situation, the
object's kinetic energy would _, its potential energy would _, and its total
mechanical energy would
Enter the three answers in their respective order without any commas or spaces between
letters.
a. Increase
b. Decrease
c. Remain the same
d. Nonsense! It is impossible to tell without more information.
Suppose that an object slows down while moving horizontally. In this situation, the object's kinetic energy would _,(decrease )---- its potential energy would (increase) and its total mechanical energy would (remains the same) .
Explanation:
Energy
It is ability to do work
It is of different types out of which mechanical energy is also one of the type .
Mechanical energy
It is the energy possessed by body due to its position or motion .
It is of two types :
Kinetic energy
Potential energy
Potential energy
It is the energy possessed by body due to its position or state .
It is given by P.E =mx gx h
Kinetic energy
It is the energy possessed by body due to its motion .
It is given by K.E=1/2 mv²
Law of conservation of energy
It states that energy can be converted from one form to another but total energy of the system remains same .
That is why : in above asked question ,when body is moving it has kinetic energy , when stops the kinetic energy gets converted to potential energy , but the total energy of system remains same .
The object's kinetic energy would decrease, its potential energy would increase, and its total mechanical energy would remain the same.
The total mechanical energy (E) of a system is the sum of its kinetic energy (KE) and its potential energy (PE).
E = KE+ PE
conservation of energy:
whenever an object is acted upon by a non-dissipative conservative force its total mechanical energy remains conserved.
So, when the object slows down, its velocity decreases, and therefore its kinetic energy decreases. Since the total mechanical energy remains conserved, the loss in kinetic energy is converted into gain in potential energy, and the potential energy increases.
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A stunt man is attempting to ride his bike through the loop of a track. The
combined mass of the stunt man and his bike is 101 kg. (a) If the radius of
the loop is 10.1 m and he is traveling at 22.5 m/s, what is the normal force
from the track when he is at the top of the loop?
(b.) What is the minimum speed the stunt man can be traveling and still
make the loop?
Answer:
(a) 4070 N
(b) 9.95 m/s
Explanation:
(a) Draw a free body diagram of the stunt man when he is at the top of the loop. There are two forces: normal force N pushing down and weight force mg pulling down.
Sum of forces in the radial (-y) direction:
∑F = ma
N + mg = m v² / r
N = m v² / r − mg
N = (101 kg) (22.5 m/s)² / (10.1 m) − (101 kg) (9.8 m/s²)
N = 4070 N
(b) At the minimum speed, there is no normal force at the top of the loop.
∑F = ma
mg = m v² / r
g = v² / r
v = √(gr)
v = √(9.8 m/s² × 10.1 m)
v = 9.95 m/s
Which of the following statements about the nuclear strong force is NOT true?
.The nuclear strong force favors binding protons with protons and neutrons with neutrons
.The nuclear strong force is not affected by the charge of the nucleus
. The nuclear strong force is very strong but only over very short distances.
. The nuclear strong force is responsible for the sun’s nuclear fission reactions.
Final answer:
The incorrect statement about the nuclear strong force is that it is responsible for the sun's nuclear fission reactions. In reality, the strong force is crucial for binding nucleons within nuclei and operates over extremely short distances, but it is not responsible for fission in the sun.
Explanation:
The statement about the nuclear strong force that is not true is: The nuclear strong force is responsible for the sun’s nuclear fission reactions. This is incorrect because the strong force is not responsible for fission in the sun; instead, it plays a crucial role in maintaining the stability of atomic nuclei by binding protons and neutrons together. It is a powerful attractive force that acts over extremely short distances, approximately 10-15 meters, and is much stronger than electrostatic repulsions between similarly charged protons. However, its primary role is not in driving the sun's fission reactions, but in the fusion processes that occur in stars, including our sun.
The correct statements regarding the nuclear strong force are:
The nuclear strong force binds protons and neutrons within an atomic nucleus.The nuclear strong force is not affected by the charge of the nucleus, hence why it can bind positively charged protons despite their electrostatic repulsion.The nuclear strong force is very strong but only acts over very short distances - on the scale of an atomic nucleus.Figure P2.23 is a somewhat simplified velocity graph for Olympic sprinter Carl Lewis starting a 100 m dash. Estimate his acceleration during each of the intervals A, B, and C.
A) Acceleration in part A: [tex]6.1 m/s^2[/tex]
B) Acceleration in part B: [tex]2.7 m/s^2[/tex]
C) Acceleration in part C: [tex]1.5 m/s^2[/tex]
Explanation:
A)
The picture of the problem is missing: find it in attachment.
The acceleration of a body is equal to the rate of change of its velocity:
[tex]a=\frac{v-u}{\Delta t}[/tex]
where
v is the final velocity
u is the initial velocity
[tex]\Delta t[/tex] is the time it takes for the velocity to change from u to v
In part A of the race, we have:
u = 0
v = 5.5 m/s (estimate)
[tex]\Delta t = 0.9 - 0 = 0.9 s[/tex]
So the acceleration is
[tex]a=\frac{5.5-0}{0.9}=6.1 m/s^2[/tex]
B)
In part B of the race, we have:
u = 5.5 m/s is the initial velocity (estimate)
v = 9.5 m/s is the final velocity (estimate)
[tex]\Delta t = 2.4 - 0.9 = 1.5 s[/tex] is the time interval between the two points considered
Therefore, using the equation for the acceleration, we can find the acceleration in part B:
[tex]a=\frac{9.5-5.5}{1.5}=2.7 m/s^2[/tex]
C)
In part C of the race, we have:
u = 9.5 m/s is the initial velocity (estimate)
v = 11 m/s is the final velocity (estimate)
[tex]\Delta t = 3.4 - 2.4 = 1 s[/tex] is the time interval between the two points considered
And therefore, the acceleration in part C of the race is:
[tex]a=\frac{11-9.5}{1}=1.5 m/s^2[/tex]
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Thus, an object with a momentum of 0 (does or does not have
kinetic energy.
If an object has a momentum of 10 it (does or does not) have
kinetic energy.
How do you know?
Answer:
At momentum zero, kinetic energy = zero
At momentum 10, kinetic energy can never be equal to zero.
Explanation:
An object is said to have zero momentum when either its mass or its velocity is zero. Since, negetive mass doesn't exist, the velocity should be zero and this case, the object must be at rest. Momentum is zero when change in velocity is zero, but kinetic can never be zero when body is motion or has a momentum of 10.
how many neutrons are in calcium
Answer:
I believe there are 20 Neutrons in Calcium.
Explanation:
Final answer:
Calcium has several isotopes, with calcium-40 being the most common and containing 20 neutrons. The number of neutrons in an isotope of calcium can be found by subtracting the atomic number (20) from its mass number. Other isotopes like calcium-48 contain 28 neutrons.
Explanation:
To determine how many neutrons are in calcium, we look at its atomic number (Z) and its mass number (A). Calcium's atomic number is 20, which means it has 20 protons.
The most common isotope of calcium is calcium-40, which has a mass number of 40. To find the number of neutrons, we subtract the atomic number from the mass number:
Neutrons = Mass number - Atomic number = 40 - 20 = 20 neutrons
Therefore, calcium-40 contains 20 neutrons. There are other isotopes of calcium as well, such as calcium-48, which has 28 neutrons, and it is characterized by a half-life of about 2×10¹⁶ years, making it relatively stable.
When calcium forms a cation, such as Ca²⁺, it still retains its 20 protons and the number of neutrons does not change due to electron gain or loss. The resulting ion would have 18 electrons and carry a +2 charge.
what is thermal physics
Answer:
Thermal physics is the combined study of thermodynamics, statistical mechanics, and kinetic theory of gases. This umbrella-subject is typically designed for physics students and functions to provide a general introduction to each of three core heat-related subjects. Other authors, however, define thermal physics loosely as a summation of only thermodynamics and statistical mechanics.
Explanation:
Final answer:
Thermal physics is a branch of physics focused on energy transfer and the behavior of particles in relation to heat, including study areas like thermochemistry and thermodynamics. It encompasses thermal agitation, heat transfer, and laws of energy conservation.
Explanation:
Thermal physics is an area of physics that deals with the energy transfer, thermal properties of materials, and the behavior of particles related to heat. It encompasses topics such as thermochemistry, the laws of thermodynamics, and thermal agitation. Thermal agitation refers to the random motion of atoms and molecules in any object with a temperature above absolute zero, resulting in the emission and absorption of radiation. In essence, thermal physics explores how thermal energy, or the kinetic energy of particles, flows and changes within systems. Thermal energy is a form of kinetic energy at the microscopic scale, crucial in understanding heat transfer, and how it influences work and energy conservation.
At the macroscopic level, thermal physics analyzes how heat transfer affects the internal energy of systems, aligning with Big Ideas from the AP Physics Curriculum Framework. Heat transfer describes energy movement from a hotter object to a cooler one, leading to temperature variations and potential work, exemplified by heat engines. Fundamental laws of physics, including the law of conservation of energy, govern these thermal interactions and their efficiencies.
you are trying to figure out the voltage of a battery when you know the current and the resistance. the current(i) is 25 Amps, and the resistance (R) is 10 ohms. Use the right form of I=VIR
Answer:
V= 250 volts
Explanation:
V=IR
V=25*10
V=250 volts
Answer: 250 V
Explanation: Ohm's Law is expressed in the given equation:
V = I x R
Substitute the values of I ( current) and R ( resistance)
V = 25 A x 10 ohms
= 250 V
What dose a horizontal line on a distance-time graph mean?
Answer:
A horizontal line means the object is not changing its position - it is not moving, it is at rest. • A downward sloping line means the object is returning to the start. SPEED-TIME GRAPHS. Speed-Time graphs are also called Velocity Time graphs.
Explanation:
Answer: The object is moving in a constant speed.
Explanation: In a distance time graph a horizontal line indicates a zero slope which means the object maintains a constant speed in motion. Rising slope an increase in speed and a slope going down indicates a decrease in speed.
A 5.5 kg box is pushed across the lunch table. The net force applied to the box is 9.7N. What is the acceleration of the box?
Answer:
1.76 m/s^2
Explanation:
mass of box, m = 5.5kg
net force , F = 9.7N
acceleration = ?
F = m x a
a = F/m = 9.7/5.5
a = 1.76 m/s^2
The speed at which an object falls and the acceleration at which it falls are
always the same value.
O
O
A. True
B. False
No, the speed at which an object falls is not equal to the acceleration at which it falls.
Answer:
Option B
Explanation:
Speed is defined as how fast an object can cover a specific distance and in what time it covers. So it is measured as the ratio of distance covered to the time taken to cover that distance. While acceleration is the rate of change of velocity. Moreover, speed is a scalar quantity and acceleration is a vector quantity. So most of the times, the direction will play an important role in the varying values of speed and acceleration. Also, acceleration of an object will depend upon the force and mass of the object. Thus, speed and acceleration will not attain same value always.
Which type of change occurs when the bonds between atoms or molecules change and a new substance forms?
A: Permanent
B: Nuclear
C: Chemical
D: Physical
Answer:
C: Chemical
Hope this help !!!!
C. Chemical
~Sarah Robinsen
a single 1,300 jk cargo car is rolling along a train track at 2.0 m/s when 400 kg of coal is dropped vertically into it. what is it’s velocity right afterward? assume a closed system.
Answer:
1.53 m/s
Explanation:
Given:
Mass of the car (M) = 1300 kg
Mass of the coal (m) = 400 kg
Initial velocity of the car (U) = 2 m/s
Initial velocity of the coal (u) = 0 m/s (Since it is dropped)
When the coal is dropped into the car, then they move with same final velocity.
Let the final velocity be 'v' m/s.
For a closed system, the law of conservation of momentum holds true.
So, initial momentum is equal to final momentum of the car-coal system.
Initial momentum of the car = [tex]MU=1300\times 2=2600\ Ns[/tex]
Initial momentum of the coal = [tex]mu=0\ Ns[/tex]
Total initial momentum is the sum of the above two momentums.
So, total initial momentum = 2600 + 0 = 2600 Ns
Now, final momentum is given as the product of combined mass and final velocity. So,
Final momentum of the system = [tex](M+m)v=(1300+400)v=1700v[/tex]
Now, from law of conservation of momentum,
Initial momentum = Final momentum
[tex]2600=1700v\\\\v=\frac{2600}{1700}\\\\v=1.53\ m/s[/tex]
Therefore, the final velocity of either of the two masses is same is equal to 1.53 m/s.
To find the final velocity of the car after the coal is dropped, we can use the principle of conservation of momentum.
Explanation:To solve this problem, we can use the principle of conservation of momentum. The momentum before the coal is dropped vertically into the car is given by the product of the mass and velocity of the car, which is 1,300 kg×2.0 m/s = 2,600 kg×m/s. After the coal is dropped, the total momentum of the system should remain the same since there is no external force acting on it. Therefore, the final velocity of the car can be calculated by dividing the total momentum by the new total mass of the car and coal, which is 1,300 kg + 400 kg = 1,700 kg.
Using the equation:
(initial momentum) = (final momentum)
(1,300 kg × 2.0 m/s) = (1,700 kg × v)
Solving for v, we find that the final velocity of the car after the coal is dropped is approximately 1.529 m/s.
A book sitting on a shelf has gravitational potential energy. true or false
Answer:
False
Explanation:
A book resting on a shelf has no potential energy relative to the shelf, since it has height of zero meters relative to the shelf.
Answer:
True
Explanation:
3000 N is exerted for 4.0 seconds on a 9500 kg object a) What is the impulse impacted on the object
Answer: 12000 kg m/s
Explanation:
According to the Impulse-Momentum Theorem, we have:
[tex]F \Delta t= \Delta p[/tex]
Where:
[tex]F=3000 N[/tex] is the exerted force
[tex]\Delta t=4 s[/tex] is the time interval
[tex] \Delta p[/tex] is the change in momentum or impulse
Then:
[tex](3000 N)(4 s)= \Delta p[/tex]
[tex]\Delta p=12000 kg m/s[/tex] This is the impulse impacted on the object
plsss help me asap
(03.05 LC)
Which statement best describes the long–term effects of using non–renewable resources? pls explain how u know
Select one:
a. Burning fossil fuels pollutes the environment.
b. Fossil fuels burn clean, reducing air pollution.
c. As populations increase, the need for solar power will decrease.
d. Resources will replenish over the long term to be used again.
Answer:
A.)
Explanation:
The answer would be A. because when they are burned, they release harmful pollution into the air causing the environment to be polluted by them.
It can't be B because it is saying the opposite which is false.
It is not C because solar power is a renewable resource not non-renewable like the question asked.
It is also not D because a non-renewable resource is one that cannot be replaced but this is saying that they can be replaced which is incorrect.
The answer would be A.
____________occurs when an object travels in a curved path.
Answer:
Acceleration
Explanation:
can you mark me brainlies
So, if an object travels in a curved path, it changes velocity, and, thus, accelerates. This acceleration must be tied to a force. ... Therefore, whenever an object travels in a curved path, there must be an unbalanced force acting upon it. It is important to understand that all this may occur without a change in speed.t
why is electric switches and boards are made up of plastic
Answer:
so that they don't calch fire
A baseball player runs 27 m from third base to home plate in 3.2 s. What is
his average velocity?
Answer:
8.4375m a second
Explanation:
Again, this is such an easy question that I see everywhere. The way to figure this out is to divided the total distance he or she covered, which was 27m, by the time it took him or her to do so, which was 3.2s, so the equation is 27 divded by 3.2 which is 8.4375.
Hope this helps and have a great day.
Answer:
8.44 m/s
Explanation:
Averag v = distance/time
= 27m/3.2s
= 8.44 m/secs
Briefly describe the two different categories of mechanics:
Answer:
Statics which is when dealing with forces acting out on body and the possible motives of the body system. Kinetics which explains the motion that can occur in any type of situation.
Explanation: