Art, asked by Anonymous, 8 months ago

Who has won the Australian Open 2020 men's singles title?​

Answers

Answered by adarsh2627
2

Answer:

Novak Djokovic

Australian Open 2020 Men's Final: Winner, Score and Twitter Reaction. Novak Djokovic won his eighth Australian Open title on Sunday as he beat Dominic Thiem in a five-set thriller.

pls do follow me on insta user name is mig_21_ok

plss do follow me on brainly to

Previous Question
Next Question
Similar questions
Math, 4 months ago
How much does 4 7/5 kg of candy cost if 5/6 kg of candy costs $7.50?
Math, 4 months ago
First right answer gets BRAINLIEST!!! EQUATION PLEASE!!! Jerry started doing sit-ups every day. The first day he did 15 sit-ups. Every day after that he did 2 more sit-ups than he had done the previous day. Today Jerry did 33 sit-ups. Write an equation that could be solved to find the number of days Jerry has been doing sit-ups, not counting the first day.
English, 4 months ago
How did Tricki and the household dogs react when they met each other at the surgery? 30-40 word ​...
English, 8 months ago
rahul reads a lot change into negative and interrogative​...
English, 8 months ago
You have learnt about Abdul kalam childhood memories from ur lesson. Now describe the life of Kalam and what we have to learn from his life.​
Physics, 10 months ago
For photoelectric emission from certain metal the cut-off frequency is v. If radiation of frequency 2v impinges on the metal plate, the maximum possible velocity of the emitted electron will be (m is the electron mass)(a) \sqrt{\frac{hv}{m}}(b) \sqrt{\frac{2hv}{m}}(c) 2\sqrt{\frac{hv}{m}}(d) \sqrt{\frac{hv}{(2m)}}...
Physics, 10 months ago
Consider a beam of electrons (each electron with energy E₀) incident on a metal surface kept in an evacuated chamber. Then,(a) no electrons will be emitted as only photons can emit electrons(b) electrons can be emitted but all with an energy, E₀(c) electrons can be emitted with any energy, with a maximum of E₀ – Φ (Φ is the work function)(d) electrons can be emitted with any energy, with a...
Physics, 10 months ago
The wavelength \lambda_{e} of an electron and \lambda_{p} of a photon are of same energy E are related by(a) \lambda_{p}\propto\lambda_{e}(b) \lambda_{p}\propto\sqrt{\lambda_{e}}(c) \lambda_{p}\propto\frac{1}{\sqrt{\lambda_{e}}}(d) \lambda_{p}\propto\lambda_{e}^{2}...