FIG 2: (a) Extensional rheology of a cat before capillary break-up (b) Cat on a superfelidaphobic substrate showing a high contact angle (c) Tilted jar experiment showing the yield stress of a kitten (d) Spreading of a cat on a very rough substrate (e) Low a?nity between cats and water surfaces (f) Sliding cat on smooth ?oor (g
and position it 30 cm ( 3 m) from the CAT See Figure 10 6 • Calculate the location of the image formed by the lens using the thin lens equation Calculate the size and orientation of the image using the magni?cation equation Show your calculations below and record the values Calculated image distance d i Calculated magni?cation
Fig 1, g above, and c and d about 2 5 cm below it These two were 0 4 em apart and all three lay in the same plane Their diameter was 0 025 em and their vertical and active portions were 1 1 cm long Opposite them and about 4 em away were supported the 1 1 cm disk collectors h and b
Arsenic trisulfide glass 2 04 1 82-1 98 Lanthanum flint 1 7-1 84 Rare earth flint Sapphire 1 77 Methylene iodide 1 74 1 7200 Extra dense flint, EDF-3 Heavy flint glass 1 65 1 57-1 75 Flint glasses Carbon disulfide 1 63 1 55-1 59 Polystyrene Indices of Refraction High Index n 'Lots of TIR
CAT was administered to 76 students in three Grade 9 classes in the city of Bal?kesir and interviews were conducted with randomly selected 9 students who responded to CAT Students were previously instructed about the topic in the 6th grade CAT and interviews as data collection tools and analysis of data are explained below
Glass The glass on your TV screen gets charged and collects dust Human hair "Flyaway hair" is a good example of having a moderate positive (+) charge Nylon Wool Lead A surprise that lead would collect as much static electricity as cat fur Cat fur Silk Aluminum Gives up some electrons Paper Neutral
http://demoweb physics ucla edu/content/100-simple-electrostatic- experiments 2020-21 the charge on glass rod or cat's fur is called positive and that on plastic phenomena occurring around us can be described under electromagnetism
High Molecular Weight (2) Certain relaxation mechanismsa ' which are detected experi- mentally below the glass transition temperature, and therefore lie out-