As we continue on with our quest here is the next question. Fill in the blank. The transfer of heat from one place to another by means of waves without the need for particles is called _________. The first

Can't believe it's been 21 days since I last posted a question in the quest. This post is long over due. The question was A glass marble falls from a height of 10 m to the ground. There is negligible air

A glass marble falls from a height of 10 m to the ground. There is negligible air resistance, which of the following remains constant during the fall? A) Acceleration B) Kinetic energy C) Speed D) Velocity

I’m running behind schedule with the quest because I’ve been taking it easy and also taking it easy writing for @Platforms. I’ve been taking it so easy I haven’t entered the Platforms bounty give away

This was question 2 List all of the following factors that affect the period of this simple pendulum. A. The mass of the object B. The length of the string C. Angles less than 10 degrees D. Acceleration

State whether the following statement is True or False. The conventional flow of current in a circuit is considered to be from the negative side of the battery to the positive side while the flow of electrons

State whether the following statement is True or False. Two conflicting theories were proposed back in the seventeenth century that explained the nature of light. None of the theories was ever disproven

The period of a pendulum (a string with an object at the end) is the time for the object to go from the centre point to the far left, back to the centre point, to the far right and back to the centre point

State whether the following statement is TRUE or FALSE. Two conflicting theories were proposed back in the seventeenth century that explained the nature of light. None of the theories were ever disproven

Learn and Earn Learn some Physics and get rewarded for it. Take part in this SmartStudy Physics Quest. How it will work Three times a week, I post a question for the quest. There will be a link for you