The behavior of thinking is consider one of the modern concepts that appear in the last 20 years, this concept has attracted the attention of psychologists and researchers for thinking has a great role in many fields like teaching ,educational,economical,cultural and social fields.
One of thinking manner is imaginal thinking that has a great role in human civilization. imaginal thinking lead to innovation ,poems, inventions and arts. imaginal thinkingled to highscores in talented schools by escalating their thinking range and solving problems that consider one of organized and free assumption thinking.
The development of problems thinking strategies reflect the development of organized brain process ability.
That studies assumes that increasing problems solving in childhood increasing problems solving in life.
Then this research aims to:
1-Estimate adults imaginal thinking according to age scale (23, 24, 25, 26)
2- Estimateadults'imaginal thinking according to social scale.
3- Estimate adults solving problems according to age scale (23, 24, 25, 26)
4-Estimate adults solving problems according to social scale.
5- Estimate the relation between age scale and social scale.
The samples are (400) male and female employees randomly selected .the researchers established imaginal thinking scale and problems solving scale according to (information process theory) ,then extracting the psychometrical features of these scales from stability and truth .
By analyzing research data, the results are:
1(-23,24,25,26) year adults have imaginal thinking.
2-Imaginal thinking affected by social by social scale varibles in 26 years adults.
3- The problems solving ability increasing in (23,24,25,26) years adults.
4- The problem solving ability is unaffected by social type in adults.
There is positive relation between imaginal thinking and problems solving among adults .
The research achieves many proposals and recommendations.
Keywords: imaginal thinking, problems solving, adults
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Theoretical and experimental investigations have been carried out on developing laminar
combined free and forced convection heat transfer in a vertical concentric annulus with uniformly
heated outer cylinder (constant heat flux) and adiabatic inner cylinder for both aiding and opposing
flows. The theoretical investigation involved a mathematical modeling and numerical solution for
two dimensional, symmetric, simultaneously developing laminar air flows was achieved. The
governing equations of motion (continuity, momentum and energy) are solved by using implicit
finite difference method and the Gauss elimination technique. The theoretical work covers heat flux
range from (200 to 1500) W/m2, Re range from 400 to 2000 an
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