Does circumcision harm your sex life?
Hell No !!!!!!!!!!!!!!
The Psychology of Coaching, Mentoring and Learning shows how the theories and principles of psychology can be applied to coaching, mentoring, and learning for individuals and organizations. Written by practitioners for practitioners, it begins with a literature review that examines the current state of the field, defines key terms, and discusses the different psychological approaches applied to coaching, mentoring, and learning.
The Pea-Nut asks what do you call a coach or his staff that blasts a referee
Go to end for Answer
Improving the Balance Sheet
An Electrical Spin on Magnetism
Magnetic ferroelectrics (multiferroics) are materials that can respond to electric and magnetic fields. It is common in devices such as hard drives to take advantage of the large response (to an applied magnetic field) of the electronic state of a material with giant magnetoresistance. In contrast, the inverse effect, control of the magnetic structure by an applied electric field, is comparatively rare. Because of the prospect of faster switching times in smaller memory devices, there is much interest in developing such electrically controlled magnetic materials.
Recent theoretical work suggested that a key property to look for in such a material is spin chirality: It was proposed that materials in which the magnetic moments of the individual atoms form a spiral structure should also exhibit an electrical response. Yamasaki et al. go some way toward putting that theory into practice by showing that the spin helicity in single crystalline TbMnO3 can be electrically switched from rotating clockwise to counterclockwise by application of an electric poling field as the material is cooled through the helical spin transition temperature. Probing by neutron scattering revealed that the handedness of the chiral spin structure is controlled by the polarity of the poling field. -- ISO
When kooky Aussie innovators took bacteria and wine and made it into a fabric, they certainly were dressed to impress. It smells like red wine and feels like sludge when wet, but the cotton-like cellulose dress 'grown' at the University of Western Australia (UWA), fits snugly as a second skin. While it may sound like something out of a science fiction film, the dress could be a crafty way into the billion dollar fabric industry.
Try this: Sedimentary crackles
Gather your ingredients.
Add the coconut to the rice bubbles.
Sift in the icing sugar and cocoa.
Melt the copha.
When the copha has just melted add the dry ingredients and mix together.
Spoon into patty pans and refrigerate.
Geology is a lot easier to digest when chocolate's involved!
You will need
1 cup of icing sugar
1 cup of coconut
4 cups of Rice Bubbles
250 grams of copha
3 heaped tablespoons of cocoa
Stove
Patty pans
Sauce pan
Wooden spoon
Mixing bowl
Sifter
Caution: Younger readers should have an adult present when using the stove.
What to do
Sift together the icing sugar and cocoa and then add the coconut.
Melt copha in a saucepan and when just melted add the dry ingredients and mix together.
Spoon into patty pans and refrigerate.
What's happening?
You have just made a model of sandstone, which is a sedimentary rock.
Sandstone forms in places where there was once a large amount of sand such as a river, lake, sea or desert. Little by little the layers of sand build on top of each other. This puts pressure on the lower layers. The weight of all of the layers pushes down on the lower layers. The rock is stuck together with the minerals that fall between the grains of sand. The most common materials that stick the grains of sand together are silica and calcium carbonate. This takes millions of years to happen. During that time, the ocean, lake, or other body of water dries up. This makes the sedimentary layer that used to be under water, become a surface layer.
In your model of sedimentary rock the Rice Bubbles are the grains of sand, the chocolate mixture is the minerals that stick the grains of sand together and the coconut is the little bits and pieces of animal and plant matter that can get caught in the sedimentary rock.
Applications
Sedimentary rock is one of the three main rock groups, along with igneous and metamorphic rocks. Each layer of the rock might be different if erosion and weathering drop different things to the bottom of the water for each layer. This is why you see streaks of different colours or textures in sedimentary rock.
Sedimentary rocks include common types such as chalk, limestone, sandstone and shale. Sedimentary rocks cover 75 percent of the Earth's land area.
Scientists can tell how old the rock is by fossils that were trapped there and by studying how the layers formed. This is how they figure out what it was like in the time of the dinosaurs. Since sedimentary rock is found where there used to be oceans and seas or other bodies of water, finding it in the desert tells the scientist that there was water there at one time. The Grand Canyon is an example of this.
More activities
Eat another sedimentary rock – conglomerate
Water recycling will become an essential component of the total water cycle for Australian cities.”
The Answer
Hell No !!!!!!!!!!!!!!
The Psychology of Coaching, Mentoring and Learning shows how the theories and principles of psychology can be applied to coaching, mentoring, and learning for individuals and organizations. Written by practitioners for practitioners, it begins with a literature review that examines the current state of the field, defines key terms, and discusses the different psychological approaches applied to coaching, mentoring, and learning.
The Pea-Nut asks what do you call a coach or his staff that blasts a referee
Go to end for Answer
Improving the Balance Sheet
An Electrical Spin on Magnetism
Magnetic ferroelectrics (multiferroics) are materials that can respond to electric and magnetic fields. It is common in devices such as hard drives to take advantage of the large response (to an applied magnetic field) of the electronic state of a material with giant magnetoresistance. In contrast, the inverse effect, control of the magnetic structure by an applied electric field, is comparatively rare. Because of the prospect of faster switching times in smaller memory devices, there is much interest in developing such electrically controlled magnetic materials.
Recent theoretical work suggested that a key property to look for in such a material is spin chirality: It was proposed that materials in which the magnetic moments of the individual atoms form a spiral structure should also exhibit an electrical response. Yamasaki et al. go some way toward putting that theory into practice by showing that the spin helicity in single crystalline TbMnO3 can be electrically switched from rotating clockwise to counterclockwise by application of an electric poling field as the material is cooled through the helical spin transition temperature. Probing by neutron scattering revealed that the handedness of the chiral spin structure is controlled by the polarity of the poling field. -- ISO
When kooky Aussie innovators took bacteria and wine and made it into a fabric, they certainly were dressed to impress. It smells like red wine and feels like sludge when wet, but the cotton-like cellulose dress 'grown' at the University of Western Australia (UWA), fits snugly as a second skin. While it may sound like something out of a science fiction film, the dress could be a crafty way into the billion dollar fabric industry.
Try this: Sedimentary crackles
Gather your ingredients.
Add the coconut to the rice bubbles.
Sift in the icing sugar and cocoa.
Melt the copha.
When the copha has just melted add the dry ingredients and mix together.
Spoon into patty pans and refrigerate.
Geology is a lot easier to digest when chocolate's involved!
You will need
1 cup of icing sugar
1 cup of coconut
4 cups of Rice Bubbles
250 grams of copha
3 heaped tablespoons of cocoa
Stove
Patty pans
Sauce pan
Wooden spoon
Mixing bowl
Sifter
Caution: Younger readers should have an adult present when using the stove.
What to do
Sift together the icing sugar and cocoa and then add the coconut.
Melt copha in a saucepan and when just melted add the dry ingredients and mix together.
Spoon into patty pans and refrigerate.
What's happening?
You have just made a model of sandstone, which is a sedimentary rock.
Sandstone forms in places where there was once a large amount of sand such as a river, lake, sea or desert. Little by little the layers of sand build on top of each other. This puts pressure on the lower layers. The weight of all of the layers pushes down on the lower layers. The rock is stuck together with the minerals that fall between the grains of sand. The most common materials that stick the grains of sand together are silica and calcium carbonate. This takes millions of years to happen. During that time, the ocean, lake, or other body of water dries up. This makes the sedimentary layer that used to be under water, become a surface layer.
In your model of sedimentary rock the Rice Bubbles are the grains of sand, the chocolate mixture is the minerals that stick the grains of sand together and the coconut is the little bits and pieces of animal and plant matter that can get caught in the sedimentary rock.
Applications
Sedimentary rock is one of the three main rock groups, along with igneous and metamorphic rocks. Each layer of the rock might be different if erosion and weathering drop different things to the bottom of the water for each layer. This is why you see streaks of different colours or textures in sedimentary rock.
Sedimentary rocks include common types such as chalk, limestone, sandstone and shale. Sedimentary rocks cover 75 percent of the Earth's land area.
Scientists can tell how old the rock is by fossils that were trapped there and by studying how the layers formed. This is how they figure out what it was like in the time of the dinosaurs. Since sedimentary rock is found where there used to be oceans and seas or other bodies of water, finding it in the desert tells the scientist that there was water there at one time. The Grand Canyon is an example of this.
More activities
Eat another sedimentary rock – conglomerate
Water recycling will become an essential component of the total water cycle for Australian cities.”
The Answer
