A honey bee of mass 135 mg has accumulated a static charge of +2.0 pC. The bee is returning to her hive by following the path shown in the figure. Because Earth has a naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies. What is the change in the bee’s electric potential energy, Δ?electric, as she flies from point A (0 m,0.5 m) to point B (5.5 m,3.9 m) ? An arrow representing the X axis points horizontally to the right, and another arrow representing the Y axis points vertically upward. A bee's flight path is traced out by a dashed curve originating from point A and ending at point B. The bee follows an irregular, looping path from the flower at point A to its final position at point B. Point B is to the right of and higher than point A. Δ?electric=
Compute the ratio of the bee’s change in electric potential energy to her change in gravitational potential energy, Δ?electric/Δ?grav. Δ?electric/Δ?grav=
A honey bee of mass 135 mg has accumulated a static charge of +2.0 pC. The...
A honey bee of mass 135 mg has accumulated a static charge of +1.7 pC. The bee is returning to her hive by following the path shown in the figure. Because Earth has a naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies. What is the change in the bee’s electric potential energy, Δ?electric, as she flies from point A (0 m,0.5 m) to point B...
A honey bee of mass 140 mg has accumulated a static charge of +1.5 pC. The bee is returning to her hive by following the path shown in the figure. Because naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies Earth has a What is the change in the bee's electric potential energy, Δ electric, as she flies from point A (0 m, 0.5 m) to...
A honey bee of mass 140 mg has accumulated a static charge of +2.0 pC. The bee is returning to her hive by following the path shown in the figure. Because Earth has a naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies. What is the change in the bee's electric potential energy. ΔUeloctric, as she flies from point A (0 m, 0.3 m) to point...
A honey bee of mass 120 mg has accumulated a static charge of +1.4 pC. The bee is returning to her hive by following the path shown in the figure. Because Earth has a naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies. What is the change in the bee's electric potential energy AUelectric, as she flies from point A (0 m, 0.4 m) to point...
A honey bee of mass 135 mg has accumulated a static charge of +1.7 pC. The bee is returning to her hive by following the path shown in the figure. Because Earth has a naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies. What is the change in the bee’s electric potential energy,ΔUelectric, as she flies from point A (0 m,0.5 m) to point B (5.3...
stion 1 of 22> A honey bee of mass 125 mg has accumulated a static charge of +1.9 pC. The bee is returning to her hive by following the path shown in the figure. Because Earth has a naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies. What is the change in the bee's electric potential energy, ΔUelectric, as she flies from point A (0 m,...
A honey bee of mass 120 mg has accumulated a static charge of +1.7 pC. The bee is returning to her hive by following the path shown in the figure. Because Earth has a naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies What is the change in the bee's electric potential energy, AUelectrics as she flies from point A (O m, 0.4 m) to point...
A honey bee of mass 140 mg has accumulated a static charge of +1.5 pC. The bee is returning to her hive by following the path shown in the figure. Because Earth has a naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies. What is the change in the bee’s electric potential energy, Δ?electric, as she flies from point A (0 m,0.5 m) to point B...
A honey bee of mass 125 mg has accumulated a static charge of +2.1 pC. The bee is returning to her hive by following the path shown in the figure. Because Earth has a naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies. What is the change in the bee’s electric potential energy, Δ?electric, as she flies from point A (0 m,0.4 m) to point B...
A honey bee of mass 130 mg has accumulated a static charge of +2.1 pC. The bee is returning to her hive by following the path shown in the figure. Because Earth has a naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies What is the change in the bee's electric potential energy, electric, as she flies from point A (0 m, 0.3 m) to point...