Math, asked by mohammadazlan217, 5 months ago

factories using identity 4x²+42ab+49b²

Answers

Answered by bishwasgaurav6

0

Answer:

mery Christmas may good help u4x²+42ab+49b²4x²+42ab+49b²4x²+42ab+49b²4x²+42ab+49b²4x²+42ab+49b²4x²+42ab+49b²4x²+42ab+49b²4x²+42ab+49b²

Previous Question

Next Question

Similar questions

Hindi, 2 months ago

"चिट्ठियों की अनूठी दुनिया" अरविंद कुमार सिंह द्वारा रचित एक लेख है आप भी अपने मित्र को एक पत्र लिखिए जिसमें विद्यालय द्वारा होने वाली ऑनलाइन पढ़ाई के विषय में बताया गया हो।...

Science, 2 months ago

what are immisible liquids?

English, 2 months ago

3. Choose the option that is NOT TRUE: People, who never exercised before, started exercising during the lockdown period because (a) they had sufficient time in hand (b) exercise was the only way to treat people from the novel corona virus. (c) people learnt new ways to exercise their body. (d) people understood the importance of health and wellness in the face of the pandemic...

Computer Science, 5 months ago

Write the excel function to carry out the following tasks- To find the average of numbers written in the cell range H1 to H6.

English, 5 months ago

Find proof from the extract that Achyut Godbole was an exceptionally good in all subjects especially maths from his childhood.

Physics, 11 months ago

A radionuclide with decay constant lambda is being produced in a nuclear reactor at a rate a_(0) t per second, where a_(0) is positive constant and t is the time. During each decay, E_(0) energy is released. The production of radionuclide starts at time t=0. Average power developed in time 't' due to decay of the radionuclide is...

Physics, 11 months ago

At time t=0 N_(1) nuclei of decay constant lambda_(1)& N_(2) nuclei of decay constant lambda_(2) are mixed. The decay rate of the mixture at time 't' is:...

Physics, 11 months ago

Nuclei of a radioactive element A are being produced at a constant rate alpha. The element has a decay constant lambda. At time t=0, there are N_0 nuclei of the element. (a) Calculate the number N of nuclei of A at time t. (b) If alpha=2N_0lambda, calculate the number of nuclei of A after one half-life of A, and also the limiting value of N as trarroo.