eztotmheducationcom LT] '1' 38 M Question 2 - Chapter 6 Assignment - Connect Chapter 6 Assignment 0 Saved Help Save & Exit Submit A particle is constrained to move along the xaxis. The graph describes the potential energy as a function of position 2 \"02468101214 x (cm) Part2 of2 _200 _ 400 1.04 points -600 a The particle has a total mechanical energy of 100 J. At time t: 0, the particle is located at X: 8.00 cm and is moving to the left eBook Him Which of the following statements is correct when you describe the motion of this particle? \"El Print References Check All That Apply D The speed is greatest whenever it is between X: 5.50 cm and 11.0 cm. After the point x: 5.50 cm. the kinetic enerov will decrease bv 100.0 J for everv centimeter oftravel until it reaches x: 1.00 cm. 7.) a ( Prev 2 of 24 Next > eztomheducationcom LT] + 38 M Question 2 - Chapter 6 Assignment - Connect Chapter 6 Assignment 0 Saved Help Save & Exit Submit 2 0Required information The speed is greatest whenever it is between x: 5.50 cm and 11.0 cm. Part 2 of 2 1.04 poms After the point x: 5.50 cm, the kinetic energy will decrease by 100.0 J for every centimeter oftravel until it reaches x=1400 cm, EBk After the point x= 11,0 cm, the kinetic energy will decrease by 100.0 J for every centimeter oftravel until the particle reaches x=13,5 cm. Hint The particle will maintain the kinetic energy of 45010 J in constant speed motion to the right until it reaches x=1110 cm, Print References The speed is lowest whenever it is between X= 5150 cm and 1110 cm, After the point x=11.0 cm, the kinetic energy will decrease by 1800 J for every centimeter of travel until the particle reaches x=1315 cm a DECIDED 7.) a ( Prev 2 of 24 Next > 1:34 C Done A ezto.mheducation.com AA C Chapter 6 Assig... Saved ave & Exit Submit Check my work 22 A motorist driving a 1180-kg car on level ground accelerates from 20.0 m/s to 30.0 m/s in a time of 5.00 s. Ignoring friction 1.04 and air resistance, determine the average points mechanical power in watts the engine Skipped must supply during this time interval. KW eBook Hint Print References 1:34 C Done A ezto.mheducation.com AA C Chapter 6 Assig... Saved ave & Exit Submit Check my work 23 Required information Part 1 of 2 A car with mass of 1090 kg accelerates from 0 m/s to 40.0 m/s in 10.0 s. Ignore 1.04 air resistance. The engine points has a 22.0% efficiency, which means that 22.0% of Skipped the energy released by the burning gasoline is converted into mechanical eBook energy. Hint Print References What is the average mechanical power output of the engine? KW