Physics
Grade-6
Easy
Question
The forces acting on a body are said to be balanced when the net force acting on it is ___.
- = 0
- < 0
- > 0
- None of the above
Hint:
For a balanced force, the net force will be equal to zero.
The correct answer is: = 0
- The forces acting on a body are from the opposite directions and are equal, it is said to be balanced froce.
- The sum of all the forces acting on an object is the net force.
- The net force of an object will be always zero and it doesn't show any movement in any direction.
Related Questions to study
Physics
The _____ of all the forces acting on an object gives rise to the net force acting on it.
The _____ of all the forces acting on an object gives rise to the net force acting on it.
PhysicsGrade-6
Physics
Multiple forces produce the maximum effect when they are applied directed ___.
Multiple forces produce the maximum effect when they are applied directed ___.
PhysicsGrade-6
Physics
A body is under the action of a force of 123 N. What kind of forces are acting on it?
A body is under the action of a force of 123 N. What kind of forces are acting on it?
PhysicsGrade-6
Physics
An object subjected to multiple forces did not move at all. The forces are ____.
An object subjected to multiple forces did not move at all. The forces are ____.
PhysicsGrade-6
Physics
Two forces acting on an object are in opposite directions to each other. In which direction would the net force point?
Two forces acting on an object are in opposite directions to each other. In which direction would the net force point?
PhysicsGrade-6
Physics
When the net force on an object is non-zero, the forces on the object are called ___.
When the net force on an object is non-zero, the forces on the object are called ___.
PhysicsGrade-6
Physics
An object subjected to multiple forces moves under the effect of ____.
An object subjected to multiple forces moves under the effect of ____.
PhysicsGrade-6
Physics
What is the S.I. unit of force?
What is the S.I. unit of force?
PhysicsGrade-6
Physics
Forces directed along the same direction ____ to get the net force.
Forces directed along the same direction ____ to get the net force.
PhysicsGrade-6
Physics
When the net force on an object is zero, the forces on the object are called _____.
When the net force on an object is zero, the forces on the object are called _____.
PhysicsGrade-6
Biology
Whose observation is this?
Robert Hooke used a thin slice of cork to observe under microscope and found honeycomb like structure.
Whose observation is this?
BiologyGrade-6
Robert Hooke used a thin slice of cork to observe under microscope and found honeycomb like structure.
Biology
The cell theory was made by _________.
Schlieden and Schwann both were German physician and also worked great in botany as well by giving cell theory.
The cell theory was made by _________.
BiologyGrade-6
Schlieden and Schwann both were German physician and also worked great in botany as well by giving cell theory.
Biology
Theodore Schwann was a _____.
- He observed cell as basic unit in animal.
- Worked with Schlieden to introduce cell theory.
Theodore Schwann was a _____.
BiologyGrade-6
- He observed cell as basic unit in animal.
- Worked with Schlieden to introduce cell theory.
Biology
Who used this microscope for observing cells?
- The microscope was used by Robert Hooke to introduce cell theory.
- He stated cell as basic unit of plant structure.
Who used this microscope for observing cells?
BiologyGrade-6
- The microscope was used by Robert Hooke to introduce cell theory.
- He stated cell as basic unit of plant structure.
Biology
Matthias Schleiden was a ______ scientist.
- He belonged to Germany.
- In 1838 , he defined cell as basic unit of plant structure.
- After an year Schwann told that cell is basic unit of animal structure also .
- Both gave cell theory.
Matthias Schleiden was a ______ scientist.
BiologyGrade-6
- He belonged to Germany.
- In 1838 , he defined cell as basic unit of plant structure.
- After an year Schwann told that cell is basic unit of animal structure also .
- Both gave cell theory.