Answer:
The velocity of flow is 10.0 m/s.
Explanation:
We shall use Manning's equation to calculate the velocity of flow
Velocity of flow by manning's equation is given by
where
n = manning's roughness coefficient
R = hydraulic radius
S = bed slope of the channel
We know that for an asphalt channel value of manning's roughness coefficient = 0.016
Applying values in the above equation we obtain velocity of flow as
Answer:
- Tell us about your self
- Are your confident that you are the right candidate for this position
- why should i hire you
- Do you like working under supervision
- How do you like to work ( in a group or individually )
- What is your ultimate workplace goal
- what are your future plans
- What do you expect from the Organization when given the job
- Do you like taking on critical problems
- How long can you work in this position
Explanation:
For a job of applications engineer which require excellent technical skills, commitment to working , ability to deal well and confidently with customers a willingness to travel and very intelligent and well-balanced personality.
The ten questions you should ask Maria to determine if she is qualified for the job are :
- Tell us about your self ( functions you have )
- Are your confident that you are the right candidate for this position
- why should i hire you
- Do you like working under supervision
- How do you like to work ( in a group or individually )
- What is your ultimate workplace goal
- what are your future plans
- What do you expect from the Organization when given the job
- Do you like taking on critical problems
- How long can you work in this position
Answer:
μ = 0.55
Explanation:
Given that
Normal weight = 1.8 x weight of person
N= 1.8 mg
We know that friction force Fr
Fr= μ N
μ=Coefficient of friction
N=Normal force
To find μ We have to equate friction and gravity force
Fr= Wt
μ N = m g
μ x 1.8 m g = m g
μ = 0.55
So the coefficient of friction will be 0.55.
They joint together melting metal
Answer:
as answered in the attached file.
Explanation:
The detailed steps, derivation and appropriate differentiation is as shown in the attachment
