Saturday, March 9, 2019

Lesson questions

Write an explanation to someone who does not get laid how to make proper measurements on how to measure the following line with the ruler. To the naive eye, the ruler may seem like a useless and workaday shaft straight out of a crappy asss movie. But in fact, resent studies have that the ruler has many functionally sign efficaciousness purposes other than the ones used by teenagers behind closed bathroom doors. This tool is used to measure designs in standard or metric measurements.Here atomic number 18 instructions on how to use this device 1 . Put raze the TV remote and the bag of extra cheesy Ghettos. 2. Find an tendency worth measuring (I. E. The length of your TV remote) 3. Align the far molding of the remote with the line that reads O on the ruler. 4. S ordurening to your right, locate the foe end of the remote and read the corresponding number found on the ruler. Thats it 5. Repeat when necessary or to resolve any bets between your roommates or friends.The ruler is so easy to use a foeman can do it Be safe and enjoy Explain how you would gather selective information and calculate the compactness of an irregularly shaped jolt. By the word rock can only assume that you ar referring to the one and only Deanne Johnson, who is two extremely manly and slightly irregular. Taking this into consideration, lets discuss how we would measure his density (this technique will also work on regular rocks as well but are far less entertaining). Here are the steps 1.First we need a vessel filled approximately center(a) with water that also has markings of measurement on them. Note the original mass of water (this will be used later) 2. Carefully introduce the object (or person) into the vessel until the water is displaced. 3. Note the new water level on the measurement indicators of the vessel (This measurement is your objects volume). 4. Now divide the volume by the object mass and the answer will equal the objects density. 5. Finally, get Deanne Johnson a towel, hes cold

No comments:

Post a Comment

Note: Only a member of this blog may post a comment.