What is the difference between multiplicative (epistatic) and additive gene-environment interaction?
you could lube the caliper where it glides when brake is applied.or if you did lube them you may have gotten some grease on the pads ,then you can clean them.you could also try using some sand paper and rough the new rotors up alittle
Your rotors are warped. You'll need to replace your brake rotors, or have them turned. Turning them grinds the uneven layer off both sides of the rotor.
The rotors are warped from heat, or you put new rotors on without surfacing first. Just because you have new pads, does not mean your good to go. When you put new break pads on, you should always have the rotors resurfaced and checked for tolerance. If they are out of tolerance then you should get new rotors. Even new rotors need to be surfaced on a brake lathe before they are installed on to your vehicle.
Intriguing thougths, but i do not have an understanding of my cat, and neither do i realize ants, or sharks, or squids. So going through your theory, then God does now not have an understanding of me, which is quite feasible i feel. I agree, that if there were a God, then we could not begin to realize the nature of that God. How would we begin to appreciate the character of an omnipotent being? I do not even appreciate my own nature numerous the time, or the men and women around me, and that i dont be aware of why i am right here or what, exactly, i am. And why do you think that animals wouldn't have a spirit? Animals are spirit creatures too Havent you walked via a woodland at night time? ;-) the entire high-quality, zag
Consider a phenotype (say BMI) and the effect of one gene (with 2 alleles) and environment on the phenotype. Additive effects are those in which the effects of the genes and environment are felt on the phenotype independent of each other. As an example BMI C0 + C1 x allele + C2 x calorie consumption In epistatic effects, the effects of calorie consumption on BMI is conditional (i.e.epistatic or no longer independent) on the allele BMI C0' + C2 x calorie consumption (if allele is 1) BMI C0' (if allele is 0, C2 0) In this case, the genetic effect is masking the environmental effect.
