prediction 2-1: Suppose you grasp the screw eye, give the IOLab a short pull to the right (positive direction) and release it. describe in words the force vs time graph   prediction 2-2: describe the velocity and acceleration vs time graphs.

I answered numbers 1-3, can yoou please answer 4 and 5? here are the answers from 1-3:1.) velocity at t= 1s = 11.002 m/s 2.)Rock velocity as it hits the ground = 44.58 m/s. 3.) Total time falling =4.52 s.     the question is on the image below:

In your initial ocular visit to the site, you measured the radius of the curved path that is 40 meters. Complete the table below.  Coefficient of Static Friction 0.1 0.2 0.3 0.4 0.5 (Velocity speed)2 (m2/s2)           How is the squared velocity speed related to the coefficient of static friction? What are the velocity speeds in meters per second given their coefficient of static friction?

1. What was the rocket's maximum speed during the ascent? 2. How far did the rocket rise while burning fuel? 3. What is the rocket's maximum height?

V. ASSESSMENT (Time Frame: Day 5) (Learning Activity Sheets for Enrichment, Remediation, or Assessment to be given on Weeks 3 and 6) deamstime Directions. Choose the letter of the best answer. *For questions 1-5, consider the given situation. Maria throws a ball straight up with an initial velocity of 10 m/s. 1. What is its velocity at the highest point? 2. What is its velocity when it returned to the elevation from where it was thrown? 3. What is its acceleration at the highest point? What is its acceleration just before it hits the ground? After 1 second what is the acceleration of the ball? A. Om/s B. Om/s2 C. 9.8 m/s2 D. - 9.8 m/s? 10 m/s2 -10 m/s G. cannot be determined 4. 5. E. SOURCE: GRADE 9 SCIENCE LM F.

Be elaborative.. explain it nicely

" =2 ys yz Y₁ Positive y direction Question 2-7: The diagram above shows the positions of the IOLab at equal time intervals. (This is like overlaying snapshots of the IOLab at equal time intervals.) Describe in words the directions of the vectors you could draw above the IOLab at each time that might represent the velocity of the IOLab at that time while it is moving up the ramp in the positive direction and slowing down.

Part 1: Data Table & Number Line - populating table for an object at rest A car is at REST for 4 h and is located 1.5 km south of the origin. Using this information, fill in the table below. Take south to be the positive direction. Elapsed Time (h) (km) Vy (m/s) Assuming the car remains at rest, place the dot where the car would be at 6 h. Click and drag each point to its appropriate position. Some points might be unused. 6h +++ f + WebAssign. NumberLine 9 -2 H I 000 2 3 4 MacBook Air 5 NO SOL Help *******

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Hello please help me with physics questions: Part A: given a velocity versus time graph, what does the area u see the curve to a point tell us? 1) the distance travelled by the object to that point. 2) the objects speed to that point. 3).The objects velocity to that point. 4). The object acceleration to that point.   Part B: given an acceleration versus time graph, what does the area under the curve to a point tell us? 1). The distance travelled by the object to that point. 2). The objects speed to that point. 3). The objects velocity to that point. 4). The objects acceleration to that point?   part C: A ball rolling rapidly along a tabletop rolls off the edge and falls to the floor. At the exact instant that the rolling ball rolls off the edge of the table, a second ball is dropped from rest from the same height as the table . The rolling ball hits the floor ? 1). Before the falling ball hits the floor 2). at the same time as the falling ball hits the floor. 3). After the falling ball…