alikhan983983

knowledge management system

Find y'' for

y = 8x⁴e^5x.

Solve y'' + 2y' + y = cos(x) + 3 subject the initial conditions y(0) = 0 and y'(0) = 1

a certain cable car can stop in 10 seconds when travelling at maximum speed . On one occassion , the driver sees a dog at a distance d in front of the car and slams on the brakes instantly . The car reaches the dog 8 seconds later and the dog jumps off the track just in time . If the car travels 4m beyond the position of the dog before coming to stop , how far was the car from the dog?

A car travels along a straight road at a constant speed of 20 meters per second. The car's brakes can decelerate it at a rate of 5 meters per second squared. If the car's driver sees an obstacle and applies the brakes, how far will the car travel before coming to a complete stop?

25 *25=?

15*15=?

16*16=?

In what part of the engine increase the speed of a truck?

give a possible interpretation of Tim’s strategy.

Que dois je faire

Purpose of HR in different era in Organizations

The reliability R, (0 ?R ? 1) of a certain computer system is R=e^-0.005t . , where t is the time

of operation (in min). Express R = F(t) in polynomial form byexpansion using the first three

non-zero terms of Maclaurin expansion

A population of finches lives on an island some distance from the mainland, where another population of finches of the same species resides. In both populations, the size of the birds' beaks is influenced by two alleles at the beak locus, B and b. Finches with the BB genotype have the largest beaks, bb have the smallest beaks, and Bb individuals have a beak size intermediate between the two homozygotes. On the island, the frequency of the B allele is 0.3, and the frequency of the b allele is 0.7. On the mainland, both alleles are equally frequent (0.5).

(a) If the migration rate from the mainland to the island is 0.1 (meaning that 10% of individuals in the island population migrate in from the mainland every generation), what is the change in the frequency of the B allele on the island in one generation due to migration? Assume there is no migration from the island back to the mainland.

(b) The genotypes at the beak locus have the following fitness on the island: w_BB = 0.95, w_Bb = 0.98, w_bb = 1. Which allele is the most fit? What size beak is selectively favored on the island? What do you predict will happen to the frequencies of these alleles in the long term?

(c) The island experiences a severe drought for two consecutive years, which kills a plant species on the island that makes small seeds eaten by the finches. As a consequence, the food available decreases and the average size of edible seeds on the island increases greatly. Birds with large beaks are much better able to crack large seeds and thus better able to survive the drought. Which allele is the most fit? How do you predict the allele frequencies of B and b will change during this drought?

A Chief Information Officer (CIO) wants to implement a cloud solution that will satisfy the following requirements:

✑ Support all phases of the SDL

✑ Use tailored website portal software.

✑ Allow the company to build and use its own gateway software.

✑ Utilize its own data management platform.

✑ Continue using agent-based security tools.

Which of the following cloud-computing models should the CIO implement?

1. SaaS
2. PaaS
3. MaaS
4. IaaS

The B locus has two alleles B and b with frequencies of 0.8 and 0.2, respectively, in a population in the current generation. The genotypic fitnesses at this locus are w_BB= 1.0, w_Bb = 1.0 and w_bb = 0.0.

a.) What will the frequency of the b allele be in the next generation?

b.) What will the frequency of the b allele be in two generations?

c.) What will the frequency of the b allele be in two generations if the fitnesses are: w_BB= 1.0, w_Bb = 0.0 and w_bb = 0.0.

d.) Why is the difference between answers in parts b.) and c.) so large?

What category of service would include a full denture?

How deep is the Mariana trench

Complete Denture Base Adjustment

Which of the following is the MOST important cloud-specific risk from the CSP's viewpoint?

1. 1. Isolation control failure
   2. Management plane breach
   3. Insecure data deletion
   4. Resource exhaustion

What is physics?

Twelve principles of animation