Answer:
true
Explanation:
amino acids are complex macromolecoules therefore it would alter the genetic structure of the compound thus changing its dna
Answer:
A few of the positive particles aimed at a gold foil seemed to bounce back.
Explanation:
Rutherford gold foil experiment led to the discovery that every atom has a nucleus, its mass and all the positive charge are concentrated in it and also that most of the atom is mostly empty space.
It was performed in 1911 by Rutherford and his coworkers Ernest Marsden and Hans Geiger. They bombarded fast moving alpha particles on thin sheets of gold foil.
Most of the alpha particles passed through the sheet while few were deflected from their straight path. A small percentage of particles also bounced back from the foil. Since the alpha particles are positive so there must have been something positive inside the atoms that deflected and bounced back the alpha particles. So it led to the conclusion that the center of atom is positively charged.
<u><em>His experiments overturned Thomson's atomic model. His atomic model failed to explain the stability of atom.</em></u>
Culture of the affected area to determine the fungal growth type
<span>It will be both. It would be that answer because the sugar and salt will dissolve forming a solution, and the sugar will be a suspension and I think that the reaction will not be immpressive because when you mix water and salt it will be a weak acid and when you mix sugar and water it will concentrate at the end of the substance.</span>
If oxygen is available, the products of glycolysis are used in cellular respiration. Glycolysis alone produces a small amount of ATP. But other products of glycolysis are used later in cellular respiration to make lots of ATP. These other products are NADH, which carries energy, and pyruvate.