Question
Figure shows a cart. Complete the table shown.

Answer

Force on Force by Nature Direction
cart gravity(weight) gravitational downward
friction(road) mechanical backward
pull (horse) mechanical forward
horse cart(weight) gravitational downward
pull(cart) mechanical backward
driver pull (cart) mechanical forward

Need a full question paper?

Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.

Start Generating Free

Similar questions

When you lift a box from the floor and put it on an almirah the potential energy of the box increases, but there is no change in its kinetic energy. Is it a violation of conservation of energy?
A circular coil of 16 turns and radius 10 cm carrying a current of 0.75 A rests with its plane normal to an external field of magnitude 5.0 × 10–2 T. The coil is free to turn about an axis in its plane perpendicular to the field direction. When the coil is turned slightly and released, it oscillates about its stable equilibrium with a frequency of 2.0 s–1. What is the moment of inertia of the coil about its axis of rotation?
A 12.9 eV beam of electrons is used to bombard gaseous hydrogen at room temperature. Upto which energy level the hydrogen atoms would be excited?
Calculate the wavelength of the first member of Paschen series and first member of Balmer series.
Two coherent waves of equal amplitude produce interference pattern in Young’s double slit experiment. What is the ratio of intensity at a point where phase difference is $\frac{\pi}{2}$ to intensity at centre?
In the following diagram, an object ‘O’ is placed 15 cm in front of a convex lens L1 of focal length 20 cm and the final image is formed at ‘I’ at a distance of 80 cm from the second lens L2. Find the focal length of the lens L2.

Find the equivalent resistance of the network shown in figure. between the points A and B.

Consider a non-conducting ring of radius r and mass m that has a total charge q distributed uniformly on it. The ring is rotated about its axis with an angular speed $\omega.$
  1. Find the equivalent electric current in the ring.
  2. Find the magnetic moment $\mu$ of the ring.
  3. Show that $\mu=\frac{\text{q}}{2\text{m}}\text{l}$ where l is the angular momentum of the ring about its axis of rotation.
The kinetic energy of a charged particle decreases by 10J as it moves from a point at potential 100V to a point at potential 200V. Find the charge on the particle.
Define the term work function of a metal. The threshold frequency of a metal is 2f0. When the light of frequency 2f0 is incident on the metal plate, the maximum velocity of electrons emitted is v1 When the frequency of the incident radiation is increased to 5f0 the maximum velocity of electrons emitted is v2. Find the ratio of v1 to v2.
Consider Galileo's method of measuring the speed of light using two lanterns. To get an accuracy of about 10%, the time taken by the experimenter in closing or opening the shutter should be about one tenth of the time taken by the light in going from one experimenter to the other. Assume that it takes $\frac{1}{100}$ second for an experimenter to close or open the shutter. How far should the two experimenters be to get a 10% accuracy? What are the difficulties in having this separation?