Three small balls of mass 5.6 kg, 2.2 kg, and 2.8 kg are connected by light rods laying along the y-axis. The rod connecting the first and second balls is 4.6 m long and the rod connecting the second and third balls is 2.5 m. The entire system rotates around the x-axis, which is between the first and second balls and a distance 2.9 m from the first ball, at a rotational speed 1.2 s^-1

(a) What are the linear speeds of the three objects?
First Object:  3.48 m/s
Second Object:  2.04 m/s
Third Object: 5.04 m/s
(b) What is the linear kinetic energy of each of the balls?
First Object:  33.909 J
Second Object:  4.577 J
Third Object:  35.56224 J
(c) What is the total kinetic energy of the system? 74.04824 J
(d) What is the moment of inertia around the x-axis of each of the balls?
First Object:  47.096 kg*m^2
Second Object:  6.358 kg*m^2
Third Object:  49.392 kg*m^2
(e) What is the rotational kinetic energy of each of the balls?
First Object:  33.909 J
Second Object:  4.5776 J
Third Object:  35.56224 J
(f) What is the rotational kinetic energy of the system?
74.049 J
(g) What is the distance of the center of mass of the system from the first ball?
(h) What moment of inertia of each ball around the center of mass?
First Object:
Second Object:
Third Object:
(i) What is the moment of inertia of the system with respect to the center of mass? It's not 2.97, 3.4188, or 2.31
(j) What is the moment of inertia due to the shift of the rotational axis from the center of mass to the x-axis?
(k) What is the moment of inertia of the system around the x-axis?
(l) What is the linear speed of the system?
(m) What is the rotational speed of the system?
(n) What is the linear kinetic energy of the system?
(o) What is the rotational kinetic energy of the system? 74.049 J

don't know g-n help please and thank you!

A bus contains a 1500 kg flywheel (a disk that has a 0.55 m radius) and has a total mass of 11000 kg.

m = 1500 kg
r = 0.55 m
m_t = 11000 kg
v₁ = 19 m/s
v₂ = 2.75 m/s

A. Calculate the angular velocity the flywheel must have to contain enough energy to take the bus from rest to a speed of 19 m/s in rad/s, assuming 90.0% of the rotational kinetic energy can be transformed into translational energy.

B. How high a hill can the bus climb with this stored energy and still have a speed of 2.75 m/s at the top of the hill in m?

A 90.0 cm^3 box contains helium at a pressure of 2.50 atm and a temperature of 100 ∘C. It is placed in thermal contact with a 220 cm^3 box containing argon at a pressure of 3.50 atm and a temperature of 400 ∘C

PartA

What is the initial thermal energy of each gas? Ei(He),Ei(Ar)=

PartB

What is the final thermal energy of each gas? Ei(He),Ei(Ar)=

PartC

How much heat energy is transferred, and in which direction? Etrans =

PartE

What is the final temperature? Tf= ? C

PartF

What is the final pressure in each box? pf(He), pf(Ar) = ? Pa

Thank you work is much appreciated I am not the greatest in physics, thank you

IM.82 A distributor of industrial equipment purchases specialized compressors for use in air conditioners. The regular price is $55, however, the manufacturer of this compressor offers quantity discounts per the following discount schedule: Option Plan Quantity Discount A 1 - 499 0% B 500 - 1,199 0.75% C 1,200+ 1.50% The distributor pays $68 each time it places an order with the manufacturer. Holding costs are negligible (none) but they do earn 7% annual interest on all cash balances (meaning there will be a financial opportunity cost when they put cash into inventory). Annual demand is expected to be 7,000 units. When there is no quantity discount (Option Plan A, the first row of the schedule listed above), what is the adjusted order quantity? (Display your answer to the nearest whole number.) Number Based on your answer to the previous question, and based on the annual demand as stated above, what will be the annual ordering costs? (Display your answer to the nearest whole number.) Number Using the adjusted order quantity as determined above (two questions back), what will be the average number of units held in inventory? (Display your answer to the nearest whole number.) Number Using the adjusted order quantity as determined above (three questions back), and assuming a materials cost for the given discount, what will be the annual holding cost? (Display your answer to the nearest whole number.) Number Using the adjusted order quantity as determined above (four questions back), and assuming a materials cost for the given discount, what will be the total annual inventory cost? (Display your answer to the nearest whole number.) Number When there is a 0.75% discount (Option Plan B, the second row of the schedule listed above), what is the adjusted order quantity? (Display your answer to the nearest whole number.) Number Based on your answer to the previous question, and based on the annual demand as stated above, what will be the annual ordering costs? (Display your answer to the nearest whole number.) Number Using the adjusted order quantity as determined above (two questions back), what will be the average number of units held in inventory? (Display your answer to the nearest whole number.) Number Using the adjusted order quantity as determined above (three questions back), and assuming a materials cost for the given discount, what will be the annual holding cost? (Display your answer to the nearest whole number.) Number Using the adjusted order quantity as determined above (four questions back), and assuming a materials cost for the given discount, what will be the total annual inventory cost? (Display your answer to the nearest whole number.) Number When there is a 1.50% discount (Option Plan C, the third row of the schedule listed above), what is the adjusted order quantity? (Display your answer to the nearest whole number.) Number Based on your answer to the previous question, and based on the annual demand as stated above, what will be the annual ordering costs? (Display your answer to the nearest whole number.) Number Using the adjusted order quantity as determined above (two questions back), what will be the average number of units held in inventory? (Display your answer to the nearest whole number.) Number Using the adjusted order quantity as determined above (three questions back), and assuming a materials cost for the given discount, what will be the annual holding cost? (Display your answer to the nearest whole number.) Number Using the adjusted order quantity as determined above (four questions back), and assuming a materials cost for the given discount, what will be the total annual inventory cost? (Display your answer to the nearest whole number.) Number Sort each option plan from left to right by dragging the MOST preferred option plan to the left, and the LEAST preferred option plan to the right:

Amber (n = 1.546) is a transparent brown-yellow fossil resin. An insect, trapped and preserved within the amber, appears to be 1.8 cm beneath the surface when viewed directly from above. How far below the surface is the insect actually located?

Explain echo and doppler effect in details

Answer/Complete the Following Concerning the High Plains Aquifer:

• What is an aquifer?
• What is the High Plains Aquifer and where is it located?
• When and how did the High Plains Aquifer form?
• What is the primary use of the High Plains Aquifer, how has this usage changed over time, and how heavily is water withdrawn now?
• Define and describe two consequences that occur as a result of excessive tapping of aquifer water. in geography

A siren emitting a sound of frequency 1100 Hz moves away from you toward the face of a cliff at a speed of 15 m/s. Take the speed of sound in air as 330 m/s.

(a) What is the frequency of the sound you hear coming directly from the siren? (Give your answer to at least one decimal place.) Hz

(b) What is the frequency of the sound you hear reflected off the cliff? (Give your answer to at least one decimal place.) Hz

(c) What is the beat frequency between the two sounds?

Hz Is it perceptible (less than 20 Hz)? Yes, No

1. All the gas molecules (1028of them) are compressed so that they only fill 1/3rdof the room.They are then allowed to expand to fill the whole room. First, why do they expand to fill theroom, and what is the increase in entropy of this system, as well as the increase in entropy ofthe “universe” during this expansion?

Explain the three types of tectonic plate boundaries, and the three sub-types of the one boundary. In your explanation you must include:

1. The type of boundary
2. What is happening at this boundary
3. The type of features/events that are common with this boundary
4. An example of where this type of boundary exists (on this one, make sure you explain what has happened at this specific location) in geography

A dielectric cylinder of permitivity ε rotates around its axis with angular velocity ω. If it is inside a uniform magnetic field B parallel yo the cylinder's axis, find the polarización charge in the cylinder

Consider the Stark effect with a constant external electric field for the states n=3 of the Hidrogen atom without considering spin. Using perturbation theory for degenerated states in first order, find the eigenvalues and their degeneration.

In the Daytona 500 auto race, a Ford Thunderbird and a Mercedes Benz are moving side by side down a straight-away at 74.5 m/s. The driver of the Thunderbird realizes he must make a pit stop, and he smoothly slows to a stop over a distance of 250 m. He spends 5.00 s in the pit and then accelerates out, reaching his previous speed of 74.5 m/s after a distance of 330 m. At this point, how far has the Thunderbird fallen behind the Mercedes Benz, which has continued at a constant speed?