Question

paper crane lab report observations guiding question: how is building through origami different from building through connecting pieces? create your own roadmap for an experiment you could do to answer this question: research hypothesis experiment data analysis conclusion research: describe the background information about the subject of this lab origami: the art and science of folding by yifu ding https://www.oxfordstudent.com/2019/11/20/origami - the - art - and - science - of - folding/ paper was first invented and manufactured in china around 105 a.d. in the han dynasty. it was then brought to japan by monks, who intended to use it to document religious texts or for ceremonial purposes. as paper became more accessible to the general public, people began to fold it for leisure, particularly during celebrations and festivals. one of the most recognizable examples of this is the paper crane - a symbol of best wishes in japan. in the late 1800s, the art of paper folding came to europe but retained its japanese name: origami. almost everyone will have tried origami at least once while growing up. its an easy technique to grasp: all you need is an off - the - shelf pattern and a flat sheet of paper, and within minutes that paper is transformed into an incredible sculpture. however, have you ever considered the rationale behind these crease pattern designs? is it possible to fold a sheet of paper to any sculpture without cut or glue? in the last three decades, researchers have started to answer those questions with mathematical theories - reframing this traditional art as a novel and interesting area of scientific inquiry.... origami offers an exclusive way to bypass certain geometric constraints, making it perfect for convertible or space - efficient design. for example, in the biomedical sector, folded titanium endovascular stents are sent through patients blood vessels and deploy to enlarge the vessel where the blockage occurs. this operation shortens recovery time for patients compared to existing treatments. what is the benefit of origami when making things? answer in a one paragraph cerca argument

Explanation:

La técnica del origami ofrece una forma exclusiva de evadir ciertas restricciones geométricas, lo que la convierte en ideal para diseños convertibles o eficientes en el uso del espacio. En el sector biomédico, los stents endovasculares de titanio doblados son un ejemplo de cómo esto se aplica en la práctica, ya que se envían a través de los vasos sanguíneos de los pacientes y se despliegan para ampliar el vaso donde hay un bloqueo, acortando el tiempo de recuperación en comparación con los tratamientos existentes.

Answer:

La ventaja del origami al hacer cosas es que permite evadir restricciones geométricas y es ideal para diseños convertibles o eficientes en el uso del espacio, como se ve en el caso de los stents endovasculares de titanio doblados en el campo biomédico.