EK BAR MEI PURA TRANSPIRATION PULL JANE

Which of the following factors influence ascent of sap ? (I) Root Pressure (II) Diffusion (III) Osmotic Pressure (IV) Transpiration Pull (V) Turgor pressure

Imbibition|Long Distance Transport|How Plants Absorb Water & Its Mechanism |Water Uptake|Root Pressure|Transpiration Pull|Guttation vs Transpiration

Long Distance Transport Of Water|How Do Plants Absorb Water|Root Pressure|Transpiration Pull|OMR

Questions based on Means of transport | Water Potential | Osmosis | Plasmolysis | Apoplast | Symplast | Transpiration pull | Root pressure

Two bars A and B are stuck using an adhesive. The contact surface of the bars make an angle q with the length. Area of cross section of each bar is S_(0) . It is known that the adhesive yields if normal stress at the contact surface exceeds sigma_(0) . Find the maximum pulling force F that can be applied without detaching the bars.

A bar magnet was pulled away from a hollow coil A as shows in Fig As the south pole came out of the coil, the bar magnet next to hollow coil B experiened a magnetic force

[A]: The water molecules are held together from cells of leaf to root because of cohesive force. [R]: Water does not ascend in ttJ_e tissue due to_ transpiration pull.

A bar magnet is pulled along axis of a coil with uniform velocity with south pole entering into the coil. The sketch of Joule's heat with time is represented by

A conducting bar of length L is free to slide on two parallel conducting rails as shown in the figure Two resistors R_(1) and R_(2) are connected across the ends of the rails. There is a uniform magnetic field vecB pointing into the page. An external agent pulls the bar to the left at a constant speed v. The correct statement about the directions of induced currents I_(1) and l_(2) flowing through R_(1) and R_(2) respectively is: