Science, asked by pravasubedi, 4 months ago

A man is running on the straight road with the uniform velocity of 3m/s calculate acceleration produced by him?

Answers

Answered by Anonymous

3

☝️☝️☝️☝️☝️ this is your answer

hope it's helpful

please mark me brilliance

Attachments:

Answered by shinisth2007

1

Answer:

0m/s square

Explanation:

Initial velocity = u = 3 m/s

Final velocity = v = 3 m/s

Time taken = t

Acceleration = (3-3)/t

Acceleration = 0/t

Acceleration = 0 m/s²

The acceleration of the man along the road is equal to 0 m/s²

Previous Question

Next Question

Similar questions

English, 2 months ago

what does the summer's rain symboloze in the poem 'To Daffodils'...

Math, 2 months ago

In a poll to pick the name of a new planet discovered in a distant solar system, a total of 963 scientists voted. There were four names to pick from. The winning name exceeded the other names by 53, 79, and 105 votes, respectively. How many scientists voted for the name which came fourth in the poll and i will mark them as brainlist...

Math, 2 months ago

how to find square root of 1600 give full explanation and i will mark you as branliest...

India Languages, 4 months ago

Bio se..........pata chala...

Math, 4 months ago

2. Cut out 5 squares of different sizes from colored paper and paste them. Find their perimeter and area. Find the ratio of length/perimeter and length/area. Are they in direct proportion? Justify your answer.

Chemistry, 9 months ago

Fusion of MnO₂ with KOH in presence of O₂ produces a salt W. Alkaline solution of W upon electrolytic oxidation yields another salt X. The manganese containing ions present in W and X, respectively, are Y and Z. Correct statement(s) is(are) (A) In aqueous acidic solution, Y undergoes disproportionation reaction to give Z and MnO₂ (B) In both Y and Z, ????-bonding occurs between p-orbitals of...

Chemistry, 9 months ago

Choose the correct option(s) for the following set of reactions...

Chemistry, 9 months ago

On dissolving 0.5 g of a non-volatile non-ionic solute to 39 g of benzene, its vapour pressure decreases from 650 mm Hg to 640 mm Hg. The depression of freezing point of benzene (in K) upon addition of the solute is (Given data: Molar mass and the molal freezing point depression constant of benzene are 78 g mol⁻¹ and 5.12 K kg mol⁻¹ , respectively)...