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A very large, charged plate floats in de...

A very large, charged plate floats in deep space. Due to the charge on the plate, a constant electric field E exists everry above the plate. An object with mass m and charge q is shot upward from the plate with a velocity v and at an angle `theta`. It follows the path shown reaching a height h and a ramge R. Assume the effects of gravity to be negligible.

Which of the following is true concerning all objects the path shown when propelled with a velocity v at an angle `theta`?

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A very large, charged plate floats in deep space. Due to the charge on the plate, a constant electric field E exists everry above the plate. An object with mass m and charge q is shot upward from the plate with a velocity v and at an angle theta . It follows the path shown reaching a height h and a ramge R. Assume the effects of gravity to be negligible. Which of the following must be true concentration the object?

A very large, charged plate floats in deep space. Due to the charge on the plate, a constant electric field E exists everry above the plate. An object with mass m and charge q is shot upward from the plate with a velocity v and at an angle theta . It follows the path shown reaching a height h and a ramge R. Assume the effects of gravity to be negligible. Which of the following must be true concentration the object?

A very large, charged plate floats in deep space. Due to the charge on the plate, a constant electric field E exists everry above the plate. An object with mass m and charge q is shot upward from the plate with a velocity v and at an angle theta . It follows the path shown reaching a height h and a ramge R. Assume the effects of gravity to be negligible. Which of the following must be true concentration the object?

A very large, charged plate floats in deep space. Due to the charge on the plate, a constant electric field E exists everry above the plate. An object with mass m and charge q is shot upward from the plate with a velocity v and at an angle theta . It follows the path shown reaching a height h and a ramge R. Assume the effects of gravity to be negligible. Which of the following is true concerning the flight of the projectile shown?

A very large, charged plate floats in deep space. Due to the charge on the plate, a constant electric field E exists everry above the plate. An object with mass m and charge -q is shot upward from the plate with a velocity v and at an angle theta . It follows the path shown reaching a height h and a ramge R. Assume the effects of gravity to be negligible. Which of the following is true concerning the flight of the projectile shown?

A very large, charged plate floats in deep space. Due to the charge on the plate, a constant electric field E exists everry above the plate. An object with mass m and charge q is shot upward from the plate with a velocity v and at an angle theta . It follows the path shown reaching a height h and a ramge R. Assume the effects of gravity to be negligible. Which of the following is true concerning the flight of the projectile shown?

A very large, charged plate floats in deep space. Due to the charge on the plate, a constant electric field E exists everry above the plate. An object with mass m and charge q is shot upward from the plate with a velocity v and at an angle theta . It follows the path shown reaching a height h and a ramge R. Assume the effects of gravity to be negligible. Which of the following will result in an increase in R?

A very large, charged plate floats in deep space. Due to the charge on the plate, a constant electric field E exists everry above the plate. An object with mass m and charge q is shot upward from the plate with a velocity v and at an angle theta . It follows the path shown reaching a height h and a ramge R. Assume the effects of gravity to be negligible. Which of the following will result in an increase in R?

A very large, charged plate floats in deep space. Due to the charge on the plate, a constant electric field E exists everry above the plate. An object with mass m and charge q is shot upward from the plate with a velocity v and at an angle theta . It follows the path shown reaching a height h and a ramge R. Assume the effects of gravity to be negligible. Which of the following will result in an increase in R?

A very large, charged plate floats in deep space. Due to the charge on the plate, a constant electric field E exists everry above the plate. An object with mass m and charge q is shot upward from the plate with a velocity v and at an angle theta . It follows the path shown reaching a height h and a ramge R. Assume the effects of gravity to be negligible. Suppose E is 10 N//C , m is 1 kg, q is -1C , v is 100 m//s and theta is 30^(@) . What is h?