• How can you produce 1x, 3x, 4x, etc. from 2x?
this is in reference to genetics chromosome numbers 2n = __x = *chromosome diploid number*
2n= 12 where x = 12which represent diploid number
So from 2x that is from tetraploid ,1x diploid is to be produced by pollen culture, ovule culture can produce 1x that is diploid number.
3x that is hexaploid is to be produced by the crossing of 2x and 1 x plant which gives hexaploid nature.
4x is to bh produced by selfing of 2x plant and then treated with the colchicine chemicals which will cause octaploid that is 4x production of plant
• How can you produce 1x, 3x, 4x, etc. from 2x? this is in reference to...
Prophase Prometaphase Diploid or Haploid? 2x or 4x DNA content? Diploid or Haploid? 2x or 4x DNA content? Diploid or Haploid? 2x or 4x DNA content? Metaphase Anaphase Diploid or Haploid? 2x or 4x DNA content? Diploid or Haploid? 2x or 4x DNA content? Diploid or Haploid? 2x or 4x DNA content? Prophasel Metaphase 1 Diploid or iploid 1x 2 of 4 DNA content? Diploid or Haploid! 1x2x4x DNA content? Oo Anaphase Diploid or Haploid! 1x. 2x or 4x DNA...
A vibration analysis on an electric motor shows significant radial vibrations at 1x, 2x, 3x, 4x the running speed of the motor. A particularly predominant peak show near 12,000 cpm. If the motor has 4 rotor bars and runs at 2940 rpm what would you suspect the problem to be and how would you confirm your suspicions?
Subtract (3x-30) from the sun of (-2x+8) and (9x-12). A. 8x +50 B. 10x-34 C. 4x+26 D. -4x-26
2. Describe how you would produce 10 bottles of 750ml of 1x TAE from a stock of 50x TAE. Include only necessary calculations and steps that should be taken.
5) Suppose that 2x, +x2+3x,-1, 4x,6x2+ 8x 5, with lal < 10. For which of the integer values of α from [0, 101 will there be no row interchange required when solving this system using scaled partial pivoting? 5) Suppose that 2x, +x2+3x,-1, 4x,6x2+ 8x 5, with lal
Can you explain how to do this question with working out please? My understanding of this topic is not very good. 6. Using Guassian Reduction, solve (where possible) the following sets of equations (from McClelland's Notes): 2x 2z 12 y 4y 3x 3z 5 + 4x 3y 2z 14 + 6. Using Guassian Reduction, solve (where possible) the following sets of equations (from McClelland's Notes): 2x 2z 12 y 4y 3x 3z 5 + 4x 3y 2z 14 +
A. Organisms heterozygous for inversions and translocations are viable and able to produce progeny but usually in fewer numbers. Explain why this is so in general terms. B. Also, explain how would you distinguish among pericentric inversions, paracentric inverisons, reciprocal translocations and non reciprocal translocations as sources of semi-sterility. You need to consider meiotic figures. C. How can these chromosome aberrations be used to map genes to chromosomes or linkage groups. You may use a two-point mapping system as an...
differential equation finds the simplest nontrivial annihilator with real coefficients (but you can leave it factored) for: a- 2x^2+3x+9+sin4x+x^2e^3x. b-e^2xsin3x.
In need of help with these problems, can you please show work to know how it was done please and thank you 10. For the function (x) = 6sinx - 3 cos 2x on (0,2x) Find all critical numbers. You will want to recall the identity sin 2x=2 sin .xcosx 11. Find the indefinite integrals 10x + 4x +5 12. Find the indefinite integral ſ3x sin(2x) dx
licroscopic Analysis: ceate and discuss a hypothesis regarding what you expecije see. In Jass.YOU WILDE. 1. Do you think all stages of mitosis will have equal counts? 2. Why or why not? 3. If not, which stage of mitosis do you think will be most, least, etc. common in your data and why? Do NOT write Interphase! 4 What do you know about what happens at each stage of cell division, and how long (relatively) might that require? 1 Layout...