Math, asked by vp538864, 2 months ago

can anyone please tell this

Attachments:

Answers

Answered by laddukishorika

2

Answer:

factors

Step-by-step explanation:

MARK ME AS BRAINLIEST

Answered by Vanshita34

16

Answer:

these are factors of 156........!

I hope this answer will help u

can anyone plz follow me? ☺☺☺

Previous Question

Next Question

Similar questions

Chemistry, 1 month ago

Show some reactions to support that Be shows Anamolous behaviour.

History, 1 month ago

write a short note on the independence act of 1847 and the partition of india...

Math, 1 month ago

10. Directional derivative (a) curl 0. (c) grad 0. (b) 0. (d) grad o...

Math, 2 months ago

(3x + 4y)² plz give me the answer fast!!!!

Science, 2 months ago

the thing is not that.. you should try to understand her.... she is just upset without you.. dont think about what others are saying... because we trust you... chikoo....let her answer..other stay away...

Physics, 8 months ago

Two steel rods and an aluminium rod of equal length l0 and equal cross-section are joined rigidly at their ends, as shown in the figure below. All the rods are in a state of zero tension at 0°C. Find the length of the system when the temperature is raised to θ. Coefficient of linear expansion of aluminium and steel are αa and αs, respectively. Young's modulus of aluminium is Ya and of steel is...

Chemistry, 8 months ago

The hybridization of P is PO₄³⁻ is the same as of (a) S in SO₃ (b) N in NO⁻₃ (c) I in ICl⁺₂ (d) I in ICl₄⁻...

Chemistry, 8 months ago

Consider the two molecules : H H H | \ ⁄ H₃C C H₃C C CH₃ \ ⁄ \\ \ ⁄ \ ⁄ (I) C C - CH₃ (II) C C ǀǀ | ǀǀ | \ O O O O H ⁄ ⁄ H H Which of the following statements about them is true ? (a) II is capable of forming intramolecular hydrogen bonding whereas I is not (b) Both are capable of forming equally stable intramolecular hydrogen bonding (c) I is likely to form more stable...