Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
Vernie saw a cockroach chilling on the floor at a horizontal distance of 2.5 meters. She prepares to smack the insect with a slipper starting from an angle of 80°. Vernie will let go of the slipper when t 0 at a vertical height of 1.5 meters. [Disclaimer: This does not encourage animal cruelty. The problem intends to show an illustrative and relatable example for the topics discussed for this course.] a) If the slipper will follow a projectile path with an initial velocity of 6m/s, what is the maximum time that the cockroach can spend chilling on the floor before it gets hit? b) If the cockroach plans to fly after 1.25 seconds, what is the required initial velocity that Vernie needs to apply upon throwing the slipper so that she can hit the insect? c) What is the final velocity of the slipper before it hits the cockroach if its initial velocity is 5m/s? d) The highest point of the slipper measured from the floor is: e) If the cockroach decides to fly the moment Vernie throws the slipper at a vertical height of 0.50 meters from its initial position, the initial velocity needed for the slipper to hit the cockroach is:

Vernie saw a cockroach chilling on the floor at a horizontal distance of 2.5 meters. She prepares to smack the insect with a slipper starting from an angle of 80°. Vernie will let go of the slipper when t 0 at a vertical height of 1.5 meters. [Disclaimer: This does not encourage animal cruelty. The problem intends to show an illustrative and relatable example for the topics discussed for this course.] a) If the slipper will follow a projectile path with an initial velocity of 6m/s, what is the maximum time that the cockroach can spend chilling on the floor before it gets hit? b) If the cockroach plans to fly after 1.25 seconds, what is the required initial velocity that Vernie needs to apply upon throwing the slipper so that she can hit the insect? c) What is the final velocity of the slipper before it hits the cockroach if its initial velocity is 5m/s? d) The highest point of the slipper measured from the floor is: e) If the cockroach decides to fly the moment Vernie throws the slipper at a vertical height of 0.50 meters from its initial position, the initial velocity needed for the slipper to hit the cockroach is:

icon
Related questions
Question
Vernie saw a cockroach chilling on the floor at a horizontal distance of 2.5 meters. She prepares to smack the insect with a slipper starting from an angle of 80°. Vernie will let go of the slipper whent = 0 at a vertical height of 1.5 meters. [Disclaimer: This does not encourage animal cruelty. The problem intends to show an illustrative and relatable example for the topics discussed for this course.] a) If the slipper will follow a projectile path with an initial velocity of 6m/s, what is the maximum time that the cockroach can spend chilling on the floor before it gets hit? b) If the cockroach plans to fly after 1.25 seconds, what is the required initial velocity that Vernie needs to apply upon throwing the slipper so that she can hit the insect? c) What is the final velocity of the slipper before it hits the cockroach if its initial velocity is 5m/s? d) The highest point of the slipper measured from the floor is: e) If the cockroach decides to fly the moment Vernie throws the slipper at a vertical height of 0.50 meters from its initial position, the initial velocity needed for the slipper to hit the cockroach is:
Transcribed Image Text:Vernie saw a cockroach chilling on the floor at a horizontal distance of 2.5 meters. She prepares to smack the insect with a slipper starting from an angle of 80°. Vernie will let go of the slipper whent = 0 at a vertical height of 1.5 meters. [Disclaimer: This does not encourage animal cruelty. The problem intends to show an illustrative and relatable example for the topics discussed for this course.] a) If the slipper will follow a projectile path with an initial velocity of 6m/s, what is the maximum time that the cockroach can spend chilling on the floor before it gets hit? b) If the cockroach plans to fly after 1.25 seconds, what is the required initial velocity that Vernie needs to apply upon throwing the slipper so that she can hit the insect? c) What is the final velocity of the slipper before it hits the cockroach if its initial velocity is 5m/s? d) The highest point of the slipper measured from the floor is: e) If the cockroach decides to fly the moment Vernie throws the slipper at a vertical height of 0.50 meters from its initial position, the initial velocity needed for the slipper to hit the cockroach is:
Expert Solution
steps

Step by step

Solved in 7 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer