Answer:
Start by standing with a weight in each of your hands. Your elbows should rest at your sides and your forearms should extend out in front of your body. Your knees should stay slightly bent. Bring the weights all the way up to your shoulders by bending your elbows. Once at the top, hold for a second by flexing the muscle. Reverse the motion slowly and repeat. Make sure your body is steady and you have good footing and posture.
Explanation:
Life processes depend in large part on solutions. Oxygen from the lungs goes into solution in the blood plasma, unites chemically with the hemoglobin in the red blood cells, and is released to the body tissues. The products of digestion also are carried in solution to the different parts of the body. The ability of liquids to dissolve other fluids or solids has many practical applications. Chemists take advantage of differences in solubility to separate and purify materials and to carry out chemical analysis. Most chemical reactions occur in solution and are influenced by the solubilities of the reagents. Materials for chemical manufacturing equipment are selected to resist the solvent action of their contents.
Answer:
If all you need is a bridge and a thesis, are there any notes that you went over as a class? If so, just review those or search up on YT: <em>How to create a strong bridge + thesis </em>just in case if you need extra help. There's professional help online too for people who are good with that stuff. Just relax, get some water, you can do it! Use different resources to help you complete your bridge and thesis.
Explanation:
Good luck!
Bones and the skeletal system they make up serve to provide the body support and protection of the vital organs
