May 8, 2020 – Day 35

I started late, but I was able to review a lot. Learned new words today and took few vocabulary tests. I’m finally having progress with it. Though I’m still having a hard time in reading comprehension. I do well with nonacademic texts, but I get caught up with excerpts from academic texts. Before I started reviewing for Physics, I was really unmotivated ANDDD SUPER INTIMIDATED. I had to break my fear barrier,,, as I’ve mentioned before, Physics is not one of my favorite subjects, so I don’t know much about it.

Relative velocity is harder in two dimension word problems,, took a bit of time to understand it. I UNEXPECTEDLY ENJOYED solving free fall problems. I was able to solve 4 different scenarios of free fall. All in all, I solved 21 word problems. WHO WOULD’VE THOUGHT I’D ENJOY IT? HAHAHAHAH.

Anyway, I plan to study about projectile, circular, and relative motion tomorrow. If I can finish more than my target, I’ll be glad.

The King: Eternal Monarch’s episode 7 was released today! I’ll watch it before I sleep (kind of serves as my reward for doing a great job today).

Total study time: 06:39:55.20

WRAP UP:

• Solving for square root using long division
• Relative velocity in two dimension
  • Frame of reference
  • Airplane and river boat problems
• Free fall
  • Air resistance
  • Acceleration due to gravity
  • speed and velocity of a ball in free fall given time in seconds
  • distance travelled and net displacement of a falling object
  • speed and distance travelled by a ball thrown downward with an initial speed from a cliff.
  • height of a building given the time required for a stone to hit the ground when released from rest.
  • height of a cliff given the time if the stone is thrown downward with an initial velocity.
  • time required for a rock to hit the ground and the speed/velocity of the object just before it hits the ground.
  • height of a cliff when a stock falls in the water given the speed of sound.
  • physics problems using kinematics and the quadratic equation.
  • Velocity and Acceleration vectors
  • How to tell if an object is speeding up or slowing down using the signs of velocity and acceleration
  • Finding the maximum height and time of flight
  • initial speed of the ball given the time of flight
  • time of flight and initial speed given the maximum vertical height
  • velocity of a ball at a specific height