shown in the graph below. How high will the projectile be after 0.9 s?
A) 600 ft B) 550 ft C) 500 ft D) 450 ft
Answer: B
-The graph shows the relationship between current $\mathrm { I }$ and resistance $\mathrm { R }$ if the voltage is fixed. Find the current if the resistance is $2.5 \Omega$.

A) 1.0 A
B) 0.6 A
C) 0.8 A
D) 1.2 A

Question

shown in the graph below. How high will the projectile be after 0.9 s?
A) 600 ft B) 550 ft C) 500 ft D) 450 ft
Answer: B
-The graph shows the relationship between current $\mathrm { I }$ and resistance $\mathrm { R }$ if the voltage is fixed. Find the current if the resistance is $2.5 \Omega$.

A) 1.0 A 
B) 0.6 A 
C) 0.8 A 
D) 1.2 A

Quizplus · Accepted Answer

The Answer of shown in the graph below. How high will the projectile be after 0.9 s?
A) 600 ft B) 550 ft C) 500 ft D) 450 ft
Answer: B
-The graph shows the relationship between current $\mathrm { I }$ and resistance $\mathrm { R }$ if the voltage is fixed. Find the current if the resistance is $2.5 \Omega$.

A) 1.0 A 
B) 0.6 A 
C) 0.8 A 
D) 1.2 A

Shown in the Graph Below I\mathrm { I }I And Resistance R\mathrm { R }R

Shown in the Graph Below $\mathrm { I }$ And Resistance $\mathrm { R }$