quiz1-practice

Solve:

Answer only if you are correct. Handwritten answer also accepted. Solve fast please.

Open with 6269mp4 CONCEPT CHECK # 02 20 Choose the correct response to make the sentence true: A component of a vector is larger than the magnitude of the vector. a.always b.never c.sometimes

QUESTION 20 A physics student measures the depth of a deep hole by dropping a rock into the hole. The rock takes 4 seconds to hit the bottom. Assuming g = 10 m/s, the depth of the hole is approximately: 20 meters A. В. 40 meters С. 80 meters D. 120 meters E. 160 meters

A Physics teacher, Susan, drove to her high school which is located15km East from her house. After school, she drove to her children'selementary school which is 10 km South from her high school. Then,she drove to a grocery store, located 15km West from the elementaryschool. Finally, she drove back to home with her kids and severalgrocery bags. Choose a true statement from the following: * No High School Sunan's House 15 km West East 7km 10 km South Grocery Store Eementary School 15 km The magnitude of the displacement vector for the whole trip is 50km The magnitude of the displacement vector O from the high school to the grocery store is 25 km. The total distance she traveled from her house to elementary The magnitude of the displacement vector from her house to the grocery store is 10 km

1. Give a real world example of the following. A. Something that can be modeled as a vector. B. Something that can be modeled as a scaler.

I hope you can help me number 13.

q19

A boat is traveling 14 mph on a bearing of 258° in a southern current of 3.2 mph. Follow the steps to find its true speed and direction. a. Write the vector representing the boat in (x,y) form. (Round to one decimal place) b. What is the vector representing the current? c. Add the vectors from parts b and c, then write that vector in r. 0 form. d. Change the angle into a bearing.

Conceptual Problem 1. Answer the following.

plz solve it correctly... choose the correct answers

Question teachoo.com To estimate the height of a bridge over a river, a stone is dropped freely in the river from the bridge. The stone takes 2 Seconds to touch the water surface in the river. Calculate the height of the bridge from the water level (g = 9.8 m/s²)

Remaining Time: 1 hour, 34 minutes, 39 seconds. v Question Completion Status: A Moving to another question will save this response. Question 9 If the value of x-component of a vector is positive(+) and value of y-component is negative then the vector will be in which quadirant? O a. Vector will be in third quadrant. O b. Vector will be in first quadrant. O C. Vector will be in second quadrant. d. Vector will be in 4th quadrant. A Moving to another question will save this response.

Question 1 Derive an expression for Vout in terms of Vin, R1 and R2. R₁ о Vin + R2 Vout

Galileo conducted an experiment where he rolled different balls down an inclined plane. Galileo determined that each ball traveled a distance that was directly proportional to the square of the time it traveled. What did Galileo conclude from this experiment? A. Air resistance affects all objects equally.B. All objects accelerate toward Earth at the same rate.C. Objects with greater mass accelerate toward Earth faster than less massive objects.D. The force of friction from the inclined plane causes a decrease in the acceleration of an object.

A Ferris wheel has a diameter of 36 m. It takes 4 minutes to complete one revolution. A person boarded the Ferris wheel at the bottom, which is 2 m above the ground. a) Find the equation that models the height of the person. 1625 90 9 1 b) For how long will he be above the height of 30 meters during the first 4 minutes?

Please answer asap!!

Hi here's a question on physics.

The bus drops you off at the corner of H Street and 1st Street, approximately 300 ft. from school.  You plan to walk to your friend Janneth's house school to work on a project.  Approximately how many feet will you have to walk from school to Janneth's house?