Answer:
BAGALKOT was the place where V.B Ketkar served as a school teacher for 25 years old.
Explanation:
After accepting the teaching profession, he continued his service for 25 years at school in Bagalkot. Venkatesh Ketkar worked in various other schools till he retired in 1911.
Answer:
<em>The correct option is D) The energy of the car will decrease, and the energy of the block will increase. </em>
Explanation:
As we know energy cannot be created or destroyed but it can change from one form to another. When the wooden car will collide with the wooden block, some of the kinetic energy with which the car was moving will be passed to the wooden block. As a result, the wooden block will also get pushed along the track. Meanwhile, as the wooden car had transferred some of its energy, its energy level will decrease and it will move slower than before pushing the wooden block along with it.
The correct answer is option B, that is, there is a higher solute concentration inside so water is moving into the cell constantly.
The contractile vacuole functions to pump out an extra amount of water from the cell. Paramecium lives in freshwater, where the water exhibits lower solute concentration in comparison to the cytoplasm within the cell. Therefore, due to osmosis, the water will flow within the cell.
The extra amount of water can be accumulated at the contractile vacuole and then be withdrawn out. The frequency and rhythm of the contraction rely on the surrounding and also on the number of contractile vacuoles present.
Answer:Trypsin inhibitor blocks trypsinogen's catalytic activity.
Explanation: Trypsin are protein inhibitor that reduces trypsin activity by controlling it activation and catalytic reaction.
They binds to trypsin thereby preventing protein from binding to the trypsin and therefore inhibit digestion process. They are called anti nutritional factor because they inhibit digestion.
Trysinogen are found in the body and it prevent protein such as pancrease from been broken down. Trypsin inhibitor blocks trypsinogens activity in animal by preventing its activation in the body by binding to it active site.