Answer:
Step-by-step explanation:
Given
ET = 120 V
, R = 30 Ω,
XL = 40 Ω.
To find = IR=?
as in circuit inductor and resistor are parallel so ET =EL = ER = 120V
IR = current through resistor = IR = ER/ R
= 120V /30Ω.
= 4 ampere.
N*3.25=325.00
N=325.00/3.25
N=100
You are going in the right direction. For the distance of ST I get √136
√(-5-1)² + (6+4)² =
√(-6)² + (10²) =
√ 36 + 100 =
√136
√34² + √136² =√170²
34 + 136 = 170
170 = 170
Answer:

Step-by-step explanation:
To solve this problem, first you have to use the slope formula of
.
y2= (-7)
y1=6
x2=4
x1(-6)
Solve.

Therefore, the correct answer is -13/10.