Monthly Archives: April 2016

Section 13.1

Class of: 12-Apr-2016.

Today we covered Chapter 13: Acceleration (p. 372)
Section 13.1 Accelerating Objects (p. 373)

Learning Objectives:

  • Students will be able to graph velocity over time and calculate acceleration, relating it to gravity and contrasting it to negative acceleration.

Please work through the following review problems:

p. 379 #1-9

Section 12.4

Class of: 11-Apr-2016.

Today we covered Section 12.4: Displacement and Velocity (p. 346).

Learning Objectives:

  • Students will be able to describe the difference between scalar and vector quantities, and calculate them from each other or from a graph.

Please work through the following review problems:

p. 364 #1-7

Bio 11: Viruses Part 2

Class of: 08-Apr-2016.

Today we looked at the Lysogenic life cycle of viruses and how we can prevent or stop viral infections.

Learning Objectives:

  • Students will be able to explain the difference between a viral Lytic and Lysogenic reproduction cycle.
  • Students will be able to describe the effect of viruses on human health, and how viral infections are prevented and stopped.

Viruses are everywhere, but we have lots of things that we can do to keep ourselves healthy! Try to get enough sleep, eat right, and (maybe) exercise a little over the weekend.

Some questions we considered during class:

  1. Draw a diagram of a virus and label the parts.
  2. How is the way a virus damages its host different than the way a bacteria does?
  3. Suppose a new flu epidemic begins to spread through North America. What could people do to keep themselves safe from it?
  4. Why do you think virus epidemics typically stop instead of eliminating all human life?
  5. Why would it be more difficult to design a drug that fights viruses instead of bacteria?
  6. Why would it be more difficult to design a drug that fights viruses in the Lysogenic cycle and easier to design one that replicate using the Lytic cycle?
  7. Do you think it’s possible that a virus could be useful to humans? If so, how? If not, why not?

Please be sure to review the learning objectives to prepare for a small quiz on Monday, 11-Apr-2016. It will be on what we have covered on both bacteria and viruses.

Section 12.3

Class of: 08-Apr-2016.

Today we covered Section 12.3 Graphing Distance and Time (p. 352).

Learning Objectives:

  • Students will be able to graph distance versus time on a plot and determine the average speed across those points and the instantaneous speed at any moment.

Please work through the following review problems:

p. 358 #1-15

Bio 11: Viruses Part 1

Class of: 07-Apr-2016.

Today we covered Section V.1: Viral Structure and Life Cycle.

Learning Objectives:

  • Students will be able to diagram the structure of a virus.
  • Students will be able to explain how a virus replicates by the lytic life cycle.

Please make sure that you review the learning objectives above!

Chapter 11 Project

Check out the marking check-list here!

Sci 10 11.P Checklist

DUE: Friday, 15-Apr-2016.

Tomorrow we will be having our quiz! You will need to know about fission, fusion, and nuclear power! (11.2, 11.3, and 11.5.)

Section 12.2

Class of: 06-Apr-2016.

Today we covered Section 12.2: Speed (p. 346).

Learning Objectives:

  • Students will be able to relate time and distance to speed and velocity.
  • Students will be able to differentiate between average and instant velocity, and realize if an object is travelling at constant velocity.

Speed is an important thing! Think about car crashes… engineers need to be able to calculate the speeds that the car will be driven and adjust their safety designs accordingly.

Please work through the following review problems:

p. 350 #1-14

Bio 11: Kingdom Monera Lab

Class of: 05-Apr-2016.

Today we covered Section CB.L: Gram-Staining of Bacteria.

DUE: Friday, 15-Apr-2016.

Attached below is the lab report we will be working with and submitting. Please review it!

Bio 11 CB.L

Bio 11: Kingdom Monera Part 5

Class of: 04-Apr-2016.

Today we covered Section CB.5: The Classification of Bacteria.

Learning Objectives:

  • Students will be able to classify bacteria based on the unifying characteristics of the eubacteria, cyanobacteria, archaebacterial, and prochlorobacteria.

Please make sure that you review the learning objectives above!

Section 12.1

Class of: 05-Apr-2016.

Today we covered Section 12.1: Distance and Time (p. 341).

Learning Objectives:

  • Students will be able to explain the concepts of distance and time and graph them opposing one another.
  • Students will be able to explain how time relates to frequency.

Please work through the following review problems:

p. 345 #1-10