Biology, asked by georgethomaskambol, 8 months ago

how many daughter bacteria are made in 24 hours

Answers

Answered by navkomal

0

Answer:

more than 10

thx.

hope it helps you

Answered by AECS2

1

The number of daughter bacteria produced by a cell in 24 hours can be in innumerable numbers.

This is because the bacteris divides itself into daughter bacteria in no time.

Hope it helps.

Previous Question

Next Question

Similar questions

Hindi, 4 months ago

अब मुक्तिबोध का पूरा नाम लिखिए...

Chemistry, 4 months ago

Na_(2)CO_(3) have water of crystallisation and its formula is Na_(2)CO_(3)*xH_(2)O .If 2.32g of Na_(2)CO_(3)*xH_(2)O is heated then it loose 1.26g of water the value of x is Assume all water of crystalline are removed when Na_(2)CO_(3)*xH_(2)O is heated...

Sociology, 4 months ago

The function of our union legislature itself reflect the democratic nature of our country governace. Elucidate. plz answer dont copy with google and give exact answers only...

Math, 8 months ago

2000-2000+500-500 =answer...

Physics, 8 months ago

A steel wire of radius 0.4 x l0⁻³ m and length 1 m is tightly clamped between points A and B which are separated by 1 m and in the same horizontal plane. A mass is hung from the middle point of the wire such that the middle point sags by 2 cm from the original position. Compute the mass of body. (Y of steel= 20 x l0^10 N/m^2)...

Math, 10 months ago

I wrote all the question.. please do it step by step... reply fast..

Physics, 10 months ago

Which of the transitions in hydrogen atom emits a photon of lowest frequency (n = quantum number)(a) n = 2 to n = 1(b) n = 4 to n = 3(c) n = 3 to n = 1(d) n = 4 to n = 2...

Physics, 10 months ago

According to Bohr's theory, the expressions for the kinetic and potential energy of an electron revolving in an orbit is given respectively by (a) $+\frac{e^2}{8 \pi \epsilon_0 r} and - \frac{e^2}{4 \pi \epsilon_0 r}$ (b) $+\frac{8 \pi \epsilon_0 e^2}{r} and - \frac{4 \pi \epsilon_0 e^2}{r}$ (c) [tex] -\frac{e^2}{8 \pi \epsilon_0 r} and - \frac{e^2}{4 \pi \epsilon_0 r}...