Physics - MOST IMPORTANT DDA MTS Previous Year Questions

$\displaystyle 10$^-$\displaystyle 4$ to $\displaystyle 10$^-$\displaystyle 3$ m

$\displaystyle 10$^-$\displaystyle 6$ to $\displaystyle 10$^-$\displaystyle 5$ m

$\displaystyle 10$^-$\displaystyle 8$ to $\displaystyle 10$^-$\displaystyle 7$ m

$\displaystyle 10$^-$\displaystyle 10$ to $\displaystyle 10$^-$\displaystyle 9$ m

$\displaystyle 800$ watts

$\displaystyle 5600$ watts

$\displaystyle 114.3$ watts

$\displaystyle 80$ watts

directly proportional to its molecular mass

directly proportional to its density

inversely proportional to the square root of its density

inversely proportional to the square root of its molecular mass

F increases and KE decreases.

Both F and KE increase.

KE increases and F decreases.

Both F and KE decrease.

Temperature remains constant

Volume remains constant

Pressure remains constant

Entropy remains constant

Neutral atom

Electron

Proton

Alpha particle

M1 L1 T1

M1 L1 T-$\displaystyle 1$

M1 L1 T-$\displaystyle 2$

M1 L1 T2

Decrease in pressure

Decrease in kinetic energy

Increase in kinetic energy

Increase in pressure

Light year is the number of photons absorbed by the earth in one year.

Light year is the unit of time.

Light year is the distance travelled by light in one year.

Light year is the unit of light energy.

Watt

Joule

Pascal

Newton-metre

Bose-Einstein Condensate

Energy

Solid

Plasma

Newton

Pascal

Joule

Watt