1 1
Horizontales:
Aupiedades de la materia que no dependen del tomada del objeto materia,
Aupiedades de la materia que no puede medirse, como dolor, el sobar, la suavidad.
& Relax in (división) en nie la musay
d woluman.
7. Omnidad de materia de un cuerpo material. Se mide en gromos.
9. Mil gremos
10. Todo opuello que podemos redir.
1. Instrumento de laboratorio para medir volúmenes
2. Bespadlo que ocupa un cuerpo material
H. Tado apuello que ocupa un lugar en el espacio,
25. La milésima parte de un litro
Verticales
2 Propiedades de la materia que dependen del tomaño del cuerpo material
.
4 Mil metros
5 Instrumento para poder medir la masa de un objeto materia pesándola
& Instrumento para medir el tiempo,
Comparer algo con un modelo o patrón establecido para averiguar d número de veces que lo
13.
contiene
10
12​

Which statements best describe the differences or similarities between a comparative investigation and an experimental investigation? check all that apply. experimental investigations are best for showing cause-and-effect relationships, while comparative investigations do not necessarily show this type of relationship. comparative investigations are often impractical and unrealistic, while experimental investigations are the most practical and realistic kinds of investigations. comparative investigations allow for the use of a wide range of variables but do not have a control group, while experimental investigations involve variables that can be controlled. both experimental investigations and comparative investigations are designed to answer scientific questions. both experimental investigations and comparative investigations focus on making observations rather than collecting new data.

The small molecule cyclic amp (camp) takes about 0.2 second to diffuse 10 μm, on average, in a cell. suppose that camp is produced near the plasma membrane on one end of the cell; how long will it take for this camp to diffuse through the cytosol and reach the opposite end of a very large cell, on average? assume that the cell is 200 μm in diameter.

4. if a cell is placed inside a solution that has a higher concentration of solute than on the inside of the cell, what can be said about the movement of water? a. water will move out of the cell, causing it to shrivel. b. water will move in and out of the cell at the same rate. c. water will move out of the cell, causing it to swell. d. water will move into the cell, causing it to swell.