Physics, asked by perfectico, 11 months ago

a train starting from rest attains a velocity of 72km/h in 5 minutes. Assuming that the acceleration is uniform find the distance travel by the train for attaining this velocity by using 2nd equation for v-t graph ( s = ut + 1/2 at² )

Answers

Answered by singhamanpratap0249

1

Answer:

hey mate your ans in this attachment .................

Attachments:

Answered by Narasimhajee

1

Answer:

Explanation:

Initial velocity(u)=0

Final velocity(v)=72kmph

=72×5/18

=20m/sec

Previous Question

Next Question

Similar questions

Physics, 5 months ago

please solve this equation (very urgently) ...

English, 5 months ago

Chapter is geography lesson What was the teacher’s dream? Where did the teacher live? How was the geography teacher’s house different from the one he had in his dream? Explain, ‘green leaves burning on an orange tree.” What kind of a place had the teacher dreamt of visiting? What was the school’s stranglehold? How did the teacher shake off the school’s stranglehold? When did the teacher leave the...

English, 5 months ago

change the sentence in positive degree The food that we had today was better than yesterday's.

Environmental Sciences, 11 months ago

I: Unscramble the words using the given clues :- 1. E GPIB PA-[ a wind instrument] 2. SRECAIN-[ a pollutant ] 3.R HE WATR M0- [farmer's friend...

Biology, 11 months ago

examples of fixed hydrophytes?

Physics, 1 year ago

An engine running at speed $\frac{V}{10}$ sounds a whistle of frequency 600 Hz. A passenger in a train coming from the opposite side at speed $\frac{V}{15}$ experiences this whistle to be of frequency f. If V is speed of sound in air and there is no wind, f is near to (a) 710 Hz (b) 630 Hz (c) 580 Hz (d) 510 Hz...

CBSE BOARD X, 1 year ago

In a quad ABCD angle A= angle D =90° . Prove that AC² + BD²=AD² + BC² +2.CD.AB...

Physics, 1 year ago

A source of sound produces waves of wavelength 60 cm when it is stationary. If the speed of sound in air is 320 m s⁻¹ and source moves with speed 20 m s⁻¹, the wavelength of sound in the forward direction will be nearest to(a) 56 cm(b) 60 cm(c) 64 cm(d) 68 cm...