Consider the quantities- pressure- power- energy- impulse- gravitational potential- electrical charge- temperature- area- Out of these- the only vector quantities areImpulse- pressure and areaImpulse and areaArea and gravitational potentialImpulse and pressure

Question

Toppr Admin · Accepted Answer

We know that impulse J-F-x394-t-x394-p- where F is force- At is time duration and Ap is change in momentum- As -x394-p is a vector quantity- hence impulse is also a vector quantity- Sometimes area can also be treated as vector direction of area vector is perpendicular to its plane-

1. Electric Current	a. High Pressure to Low Pressure
2. Heat	b. High temperature to Low temperature
3. Water	c. High electrical potential to low electrical potential
4. Free fall	d. High gravitational potential to low gravitational potential

Consider the quantities, pressure, power, energy, impulse, gravitational potential, electrical charge, temperature, area. Out of these, the only vector quantities are
Impulse, pressure and area
Impulse and area
Area and gravitational potential
Impulse and pressure

We know that impulse $J = F . Δ t = Δ p$ , where $F$ is force, At is time duration and $A p$ is change in momentum. As $Δ p$ is a vector quantity, hence impulse is also a vector quantity. Sometimes area can also be treated as vector direction of area vector is perpendicular to its plane.

Consider the quantities, pressure, power, energy, impulse, gravitational potential, electrical charge, temperature, area. Out of these, the only vector quantities areImpulse, pressure and areaImpulse and areaArea and gravitational potentialImpulse and pressure

We know that impulse J=F.Δt=Δp, where F is force, At is time duration and Ap is change in momentum. As Δp is a vector quantity, hence impulse is also a vector quantity. Sometimes area can also be treated as vector direction of area vector is perpendicular to its plane.

Consider the quantities, pressure, power, energy, impulse, gravitational potential, electrical charge, temperature, area. Out of these, the only vector quantities are
Impulse, pressure and area
Impulse and area
Area and gravitational potential
Impulse and pressure

We know that impulse $J = F . Δ t = Δ p$ , where $F$ is force, At is time duration and $A p$ is change in momentum. As $Δ p$ is a vector quantity, hence impulse is also a vector quantity. Sometimes area can also be treated as vector direction of area vector is perpendicular to its plane.