L18.3 Measuring the electric field, Grade 10 Physics by Michael Guirguis Nakhla Aziz

Charges and Fields Simulation

michaelaziz1 — 2023-11-20 18:45:10 UTC

Measuring the Electric Field

michaelaziz1 — 2023-11-21 06:43:05 UTC

More Examples

michaelaziz1 — 2023-11-21 06:59:21 UTC

Ahmed / Saleh

2023-11-21 07:35:35 UTC

1)D

2)8.9x10^16

saeeed

2023-11-21 07:36:47 UTC

1)d

2)8×10-14

Hamdan Ali

2023-11-21 07:37:03 UTC

question 1 : d

question 2 : 5.488474204x10/35

Ammar

2023-11-21 07:37:43 UTC

Q1 : D

Q2 : 5.488x10 35

Fatmah hassan

2023-11-21 07:39:04 UTC

If a small positive test charge q0 experiences a force of magnitude F at given location .

F/q0

Ahmed / Saleh

2023-11-21 07:39:43 UTC

Electric field strength is a quantitative expression of the intensity of an electric field at a particular location. The standard unit is the volt per meter (V/m or V·m^-1).

Ammar

2023-11-21 07:40:08 UTC

the unit 1.(N/C)

Fatima alzaabi

2023-11-21 07:40:17 UTC

Q1. d

Q2. 5.488 x 10/35

fatima alzaabi

2023-11-21 07:41:10 UTC

(N/C)

Ahmed / Saleh

2023-11-21 07:43:54 UTC

Fatmah hassan

2023-11-21 07:44:00 UTC

Q1:d

Q2:5.488 x 10/35

Hamdan Ali

2023-11-21 07:44:31 UTC

if a small positive test charge q0 experiences a force of magnitude F at a given location, the magnitude of the electric field E at that location is

the unit is : (N/C)

Mouza

2023-11-21 07:44:50 UTC

D
8 x 10^-14

Ammar

2023-11-21 07:44:53 UTC

E = k x lQl / r ²

E = F / q_o

saeed

2023-11-21 07:45:09 UTC

if a small positive test charge q0 experiences a force of magnitude F at a given location, the magnitude of the electric field E at that location is

the unit is : (N/C)\

Zayed

2023-11-21 07:45:59 UTC

An electric field is a region where charges. Charge comes in two forms, positive and negative. For example, a negative charge causes a repulsive force on a neighbouring negative charge. experience a force. The unit of force is the newton (N)..

shmaayel

2023-11-21 07:46:05 UTC

1:d

2: 8x10-14

Fatmah hassan

2023-11-21 07:46:17 UTC

E = F q test

k =| Q | r 2

naema

2023-11-21 07:46:34 UTC

D
8X10-14 N

Hamdan Ali

2023-11-21 07:46:56 UTC

E = k x lQl / r2

E = F / q_o

Mouza

2023-11-21 07:48:49 UTC

If a small positive test charge q0 experiences a force of magnitude F at given location . The magnitude of the given of the electric field E at the location is E=F/q0

SI Unit: N/C

Hamdan Ali

2023-11-21 07:48:58 UTC

every thing is clear

saeed

2023-11-21 07:49:19 UTC

E = k x lQl / r ²

E = F / q_o

hamda

2023-11-21 07:51:44 UTC

Q1=D

Dana

2023-11-21 07:51:48 UTC

1- D

2- 8 x 10^-14

saeed

2023-11-21 07:52:02 UTC

everything is clear

Eissa Khalifa

2023-11-21 07:52:56 UTC

Q1=D

Q2=8×10-14

Dana

2023-11-21 07:55:21 UTC

If a small positive test charge q0 experiences a force of magnitude F at given location . The magnitude of the given of the electric field E at the location is E=F/q0

The unit is N/C

Dana

2023-11-21 07:56:43 UTC

E = k x lQl / r ²

E = F / q_o

Eissa Khalifa

2023-11-21 07:57:24 UTC

an invisible force field created by the attraction and repulsion of electrical charges.

Naema

2023-11-21 07:58:34 UTC

An electric field is a surrounding a region where electric field is felt. It's unit is (N/C)

Fatmah hassan

2023-11-21 07:59:10 UTC

No i don't have any question

naema

2023-11-21 08:00:35 UTC

E=k x [Q] r 2

E= f/9o

Ali Saeed

2023-11-21 08:00:54 UTC

1(d)

2(8.781558x10^₁₆

Eissa Khalifa

2023-11-21 08:02:08 UTC

E = k x lQl / r ²

Eissa Khalifa

2023-11-21 08:03:08 UTC

everything is clear

shmaayel

2023-11-21 08:11:20 UTC

Electric field strength is a quantitative expression of the intensity of an electric field at a particular location. The standard unit is the volt per meter (V/m or V·m^-1). A field strength of 1 V/m represents a potential difference of 1 V between points separated by 1 meter.

its the unit of (N/c)

shmaayel

2023-11-21 08:12:12 UTC

E= k x (Q) r 2

E= f/qo