Question: One way that researchers study the effects of trans fats on people's health is by setting up controlled experiments. For example, in an experimental feeding trial, participants agree to stick to specific diets that the researchers prescribe. In this case, the researchers might vary the proportions of saturated, unsaturated, and trans fats in the diet of each participant. Throughout the study, the health status of the participants is monitored closely.
Suppose that you are a researcher designing an experimental feeding trial. How would you set up your study and what limitations would you face?
Drag the labels onto the flow chart to identify the elements and limitations of your experimental design.
Explanation:
Hypothesis: Trans fat have found having negative effect on the cardiovascular effect.
Prediction : Eating more trans fats will have more risk of cardiovascular health problems.
Experiment: Feeding some people with a diet of higher trans fat and feeding others with a diet lower in trans fat.
Data collection: Blood samples are taken to measure the fat and cholesterol level in the two groups.
Practical limitations:* Is it possible to completely regulate people's diet?
* Are other life style factors affecting cardiovascular
health?
Ethical Limitation: Are we putting individuals health at risk?
Stage should be place in front of audience as performers can perform infront of the audience
One of the components of the auditory system is the malleus incus and stapes that make up the auditory ossicles. Osteogenesis Imperfacta is a genetic disorder that affects the proper formation of connective tissue in the body.
Bones, on the one hand, are constituted by connective tissue. The disorder will consequently affect the formation and integrity of the auditory ossicles, therefore, leading to hearing loss.
<span>Humans have 23 Chromosomes </span>
Answer:
E
Explanation:
Hardy-Weinberg principle states that frequency of alelle and genotype will remain constant in the absence of genetic disturbances such as mutation, no change in the DNA sequence, the population must be large and others
the principle is defined by the equation
p² + 2pq + q² = 1
where the frequency of the dominant allele is p, and the frequency of the recessive allele is q. Going by the what is given which is for the carriers is 0.04 = 2pq
substitute the value into the expression
p² + 0.04 + q² = 1; The information is not enough to calculate either p or q going by the equation generated.