Nt1310 Unit 6 Lab Report

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2. How fast would a 0.25 kg football have to be traveling to have the same momentum as a 0.05 kg bullet travelling 500 m/s?
Their momentum would be equivalent so
M1V1 = M2V2
0.25*v1=0.05(500)
V1=0.05(500)/0.25
V1=100ms
The answer = 100m/s

3. Sarah, who has a mass of 55 kg, is riding in a car at 20 m/s. She sees a cat crossing the street and slams on the brakes! Her seatbelt stops her from flying forward, bringing her to rest in 0.5 seconds. How much force did the seatbelt put on Sarah?
55(20) =F (0.5)
1100=0.5(F)
F=2200N

4. A big league hitter attacks a fastball! The ball has a mass of 0.16 kg. It is pitched at 38 m/s. After the player hits the ball, it is now traveling 44 m/s in the opposite direction. The impact lasted 0.002 seconds. How big of a force did the ballplayer put on that ball? …show more content…
0.16(38) +0.16(44) =f (0.002)
6.08+7.04=F (0.002)
13.12=F (0.002)
F=3530 N

5. Someone fires a 0.04 kg bullet at a block of wood that has a mass of 0.5 kg. (The block of wood is sitting on a frictionless surface, so it moves freely when the bullet hits it). The wood block is initially at rest. The bullet is traveling 300 m/s when it hits the wood block and sticks inside it. Now the bullet and the wood block move together as one object. How fast are they traveling?
0.04(300) =0.5+0.04v
12=0.24v
V=22.22m/s

6. Two kids are roller skating. Amy, with a mass of 55 kg, is traveling forward at 3 m/s. Jenny, who has a mass of 40 kg, is traveling in the opposite direction at 5 m/s. They crash into each other and hold onto each other so that they move as one mass. How fast are they traveling?
55(3) +40-(5) = (55+40)

Nt1310 Unit 6 Lab Report

1. What questions (hypotheses) are addressed in the paper? Look in the Abstract. Can we calculate the equilibrium for the entire MgO-SiO2 range? If so, can we use these values to create a phase diagram for these minerals? What minerals are present in this composition range? 2. What are the main conclusions of the paper? Look in the Abstract and Conclusions. The main conclusions of the paper are that the most accurate part of the MgO-SiO2 range to calculate equilibrium is the middle compositions…

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Nt1310 Unit 6 Lab Report

are found, they are then compared to normative data to obtain the SNR loss. List pairs 1-8 have ten sentences in each list, with one sentence at each SNR of +21, +18, +15, +12, +9, +6, +3, 0, -3, and -6 dB. List pairs 9-18 have eight sentences in each list, with one sentence at each SNR of: +21, +18, +15, +12, +9, +6, +3, and 0 dB. Scoring…

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Nt1310 Unit 6 Lab Report

It causes the bext axon to open up its gates 5. What is the role of the voltage-gated sodium channels for producing an action potential? The gated channels allow the sodium into the axon which causes the membrane potential above the threshold 6. What is the role of the voltage-gated potassium channels? Potassium gates close after sodium gates close too 7. What would happen if the voltage gated sodium and potassium channels opened a. at the same…

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Nt1310 Unit 6 Lab Report

three quarters did not like the outside preparation. The one quarter liked the outside preparation because they felt that the research gave them more background about the lab they were doing. They could spend the time researching online exactly what the experiment wanted us to do. The other three quarters of the group felt that the labs were too difficult, and that the descriptions on canvas didn't provide enough information to create a procedure. They would prefer to have a procedure given to them. New…

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Nt1310 Unit 6 Lab Report

[Equation 4.18] [Ref: 50] The total minimum capacity of the ship follows the following equation, [Equation 4.19] [Ref: 50] The overall cycle time for a ship is determined as, [Equation 4.20] [Ref: 49] The quantity of gas to be transported by a ship to each destination point per visit follows, [Equation 4.21] [Ref: 51] The minimum storage facility at each destination point should follow, [Equation 4.22][Ref: 49] And the capacity of total minimum storage at all destination sites…

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Nt1310 Unit 6 Lab Report

The balance of protons and neutrons in a nucleus determines whether it will be stable or unstable. If the nucleus has too many protons or too many neutrons this will upset the balance. The upset of the balance disrupts the strong nuclear forces and the nucleus becomes unstable. The graph below demonstrates the neutron to proton ratio: From the graph shown many stable nuclei have an equal number of protons to neutrons, these are elements in the lighter sections of the periodic table. The heavier…

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