The LCM of 208 and 209 is………..Solution in Telugu

Show that $\sqrt{2}$ is irrational.

The rational number in between $\frac{1}{2}\text{and}\sqrt{1}$ is………

$2x^2+3x-1=0$ is a quadratic equation the roots are $\alpha ,\beta$ then ${\alpha }^2+{\beta }^2$=……….

$\frac{9}{15}$=…………..

Directions (Q. No. 208 & 209): What will come in place of question mark in these questions? $?-\sqrt{\left(784\right)}=6\times \sqrt{\left(324\right)}$ (a) 128 (b) 160 (c) 236 (d) 136

The atomic mass and atomic number of lead are 208 and 82. The atomic mass and atomic number of bismuth are 209 and 83. The "neutron"//"proton" ratio in an atom

In ._92U^(238) radioactive series by alpha decay or beta decay, which one of the following can be the end product: Pb^(206),Pb^(207),Pb^(208),Pb^(209) ?

8000xx(209/200)xx(209/200)

अभिक्रिया ${.}^{223}Ra\to {.}^{209}Pb+{.}^{14}C$ में मुक्त ऊर्जा की गणना कीजिए। ${.}^{223}Ra,{.}^{209}Pb$ तथा ${.}^{14}C$ के परमाणु द्रव्यमान क्रमशः 223.018 amu , 208 ,981 amu तथा 14.003 amu है।

Given ({:(56),(26):}Fe)= 55. 934939u and m ({:(209),(83):}Bi)= 208. 980388u8 m _("proton") =1.007825u, m _("nutron")=1.008665u Then, BE per nucleon of Fe and Bi are respectively

लैड (सीसा) का परमाणु भार 208 तथा परमाणु क्रमांक 82 है। बिस्मथ का परमाणु भार 209 तथा परमाणु क्रमांक 83 है। परमाणु में न्यूट्रॉन/प्रोटॉन का अनुपात होगा

The atomic mass and atomic number of lead are 208 and 82. The atomic mass and atomic number of bismuth are 209 and 83. The "neutron"//"proton" ratio in an atom

रिक्त स्थानों की पूर्ति कीजिये
$(-209)÷\left(209\right)=$…..

Find the LCM of 128 and 208 by prime factorisation method

209 - 21 - 69 =