Explique cómo prepararía las siguientes disoluciones en el laboratorio. Indicando materiales y reactivos y el paso a paso desde los solutos y disolventes hasta la obtención de la
disolución requerida.
a) 1,50 L de disolución de sulfato de amonio 0,110 M. Comenzando con el sulfato de amonio
sólido.
b) 1,20 L de una disolución que es 15% m/m de nitrato de plomo (II) (la densidad de la
disolución es 1,16 g/mL.
C) 1500 mL de una disolución de benceno al 3650 ppm.
) 2,5 L de una solución de ácido bórico 0,046 M. (densidad del ácido sulfúrico 1,86 g/mL.

(04.05 hc) analyze the given diagram of the carbon cycle below. an image of carbon cycle is shown. the sun, a cloud, two trees, one on the left and the other on the right, an animal, lake, and a factory are shown in the image. an arrow is shown from the sun towards the left tree marked a. the sun is marked b. there is an arrow from the air above the clouds, marked c, towards the left tree. an arrow from a location close to the ground marked d points towards dead organisms, which is a label under the animal. an arrow marked e points from the right tree straight up to the clouds. an arrow marked f points from the animal straight up to the clouds. an arrow marked g points from the factory towards the air above the clouds, c. there is an arrow pointing from the air to the lake labeled carbonates in water, an arrow pointing down from dead organisms to fossils and fossil fuels, and an arrow from fossils to the factory. part 1: which compound does c represent? part 2: name a process that could release this compound into the air. part 3: explain how the elements that form it are conserved during the carbon cycle. use complete sentences to explain your answer.