Answer:
Explanation:
A cervical collar was used to avoid movement and prevent further damage incase he has a fracture.
light is focused in one eye,the pupil will constrict as a respond to the light flashed. It is repeated Again and observed.
The vitals were normal until he had the accident as the patient reached hospital his vitals were abnormal he had achycardia, severe hypotension, increased temperature and shallow breathing which is an indicator of C5 injury. After the surgery and the patient was treated he stabilises and achieved his vitals normal ranges in day 4 of admission.
The X ray result shows he has fracture of the 5th cervical bone.
The blood test shows he has a decreased pH level and an alteration in
his breathing pattern shows he has respiratory acidosis
Cranial tongs was uses to immobilize the neck and prevent it from moving it also aid healing
After the operation it was revealed that he has a damage on both sides of of his 5th Cervical bone which has lead to loss of sensation and strength in his upper arms and lower .It leads to incontinence in urine.
The following options have changed viscosity of honey
A. The temperature of honey by heating it in water
B. The consistency of honey by adding sugar to it
D. The temperature of honey by laying it out in the sun
Explanation:
- Let us define viscosity, it is defined as a liquid is being resistant to move freely caused by the internal friction in the liquid. There are several factors which change viscosity by affecting the internal friction.
- Those factors could be an external force, temperature, adding substances like sugar can change the consistency, etc
- For liquids, the temperature has an inverse relation with the viscosity of the liquid. Liquids will have greater viscosity when there is a low temperature. Here, when you heat the honey the viscosity reduces as temperature increases.
Answer:
See answer below
Explanation:
Hi there,
Assuming this DNA strand is fully capable of being mature mRNA (5' m7G cap and PolyA tail), nucleotides lead to an mRNA codon, which is 3 nucleotides per codon. In turn, 1 codon leads to 1 amino acid. However, as a single strand, it must be capable of terminating translation, which always requires a stop codon, and thus 3 nucleotides. Hence, we must subtract this from the total amount of codons <em>first</em>.
Hence, only 11 amino acids will be coded by a single DNA strand 36 ncltd long.
thanks,
Answer:
He could select out the most red tomato plants and breed them together and keep doing that selecting the most bright red like tomato plants until he gets bright red ones. Or he could buy different seeds for bright red plants as the above method would take multiple generations
Explanation:
<span>II and III only i think i is right</span>
