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## I dont need answer for number 1,3,6, and 7.

There are 11 question i will post pics in the file section. I dont need answer for number 1,3,6, and 7. so the rest of questions are for you to answer and some of them need explanation and some dont. please write each answer with their number on different sheet of paper

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## There are 8 questins calculations that go with the lab for this that need to be answered with all calculations and one graph

there are 8 questins calculations that go with the lab for this that need to be answered with all calculations and one graph

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## Quiz must recieve 7 out of 9 or higher to receive payment must have good understanding of physics provided reading over chapter 7 quiz

Quiz must recieve 7 out of 9 or higher to receive payment must have good understanding of physics provided reading over chapter 7 quiz
Login details User: Rcardena Pass: Riverrocks12!
https://www.bhc.edu/admissions/get-started/new-student-checklist/myblackhawk-portal/ go to link then click my blackhawk and sign in then click canvas and go to PS-205-001 and take the chapter 7 quiz and there further notes and modules.

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## The other documents include the rubric and a list of what the 5es are.

I attached the documents needed. The standard to use is listed on one of the documents. The other documents include the rubric and a list of what the 5Es are.

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## Neglect air resistance and use si units.

answer this question plus the once uploaded with pictures total of 5 questions
1. A ball of mass 106.9 g is placed on a vertical spring of spring constant 200 N/m, and the spring is
compressed by 50 cm from its equilibrium length. The ball is released from rest. How high does it
rise above its starting point on the compressed spring? Express your answer in meters and round to 1 decimal place ex. 10.7 Don’t put units in the answer box.
Hint: The ball starts from rest and stops for an instant at the max height. So the change in kinetic energy = 0. Use the energy equation to solve this problem. Neglect air resistance and use SI units.

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## Please submit a picture of the created circuit drawing and a picture of the problem solving work

Complete activity 1 & 2. Then write a short summary about what was done.
Please submit a picture of the created circuit drawing and a picture of the problem solving work

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## Hello, so i uploaded a pdf of the homeowork. in order for u to do my homework you need my last 4 id number.

Hello, so i uploaded a pdf of the homeowork. in order for u to do my homework you need my last 4 id number. I will provide you with the id when i hire you. YOU DO NOT DO THE FIRST PAGE. ONLY THE SECOND PAGE U DO

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## Write the value of:

Watch this video and do the worksheet based off the lecture video.

Here are the answers to the top part that you may need in order to answer questions 2-8.
Write down the last 2 digits of your ID number: (08) This is A.
Add 10 to A: (18) This is B.
Add 100 to B: (118) This is C.
Add up the last 2 digits of ID number and add one: . This is D.
(9)
Write the value of:
A=____08______ B=____18______ C=___118________ D=___9_______

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## Describe the heat and the temperature of the system.

Review the Graph below the heating of 10 g of water. The water starts as ice -60 degrees Celsius and ends up as water at 30 degrees Celsius.
Describe the heat and the temperature of the system. What is happening to the system for the blue, red, and green lines?

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## • is a hearing loss present?

Interpret the audiograms below and calculate the pure tone averages for each ear (show your calculations). (All plotted thresholds are rounded to the nearest 5 or 10 dB.) Your audiogram interpretation should address the following areas:
• Is a hearing loss present? If so, also address the following
• Bilateral or unilateral?
• Which ear(s)?
• Symmetrical or asymmetrical?
• Type of hearing loss?
• Degree of hearing loss? (include frequency ranges)
• Configuration?
Each audiogram is worth a total of 5 points.