O23 - Service: BitComet Disk Boost Service (BITCOMET_HELPER_SERVICE) - C:\Program Files (x86)\BitComet\tools\BitCometService.exe C:\Program Files (x86)\AVG\AVG9\avgwdsvc.exe O23 - Service: AVG Free WatchDog (avg9wd) - AVG Technologies CZ, s.r.o. ![]() C:\Program Files (x86)\AVG\AVG9\avgemc.exe O23 - Service: AVG Free E-mail Scanner (avg9emc) - AVG Technologies CZ, s.r.o. O23 - Service: AVG Security Toolbar Service (AVG Security Toolbar Service) - Unknown - C:\Program Files (x86)\AVG\AVG9\Toolbar\ToolbarBroker.exe O23 - Service: Advanced SystemCare Service (AdvancedSystemCareService) - IObit - C:\Program Files (x86)\IObit\Advanced SystemCare 4\ASCService.exe O23 - Service: SAS Core Service (!SASCORE) - C:\Program Files\SUPERAntiSpyware\SASCORE64.EXE O2 - BHO: Adobe PDF Link Helper - Java Plug-in 1.6.0_24. Thanks for any input!Ĭ:\Program Files (x86)\IObit\Advanced SystemCare 4\ASCService.exeĬ:\Program Files (x86)\AVG\AVG9\avgwdsvc.exeĬ:\Program Files (x86)\Bonjour\mDNSResponder.exeĬ:\Program Files (x86)\Launch Manager\dsiwmis.exeĬ:\Program Files (x86)\Acer\Registration\GREGsvc.exeĬ:\Program Files (x86)\Hotspot Shield\bin\openvpnas.exeĬ:\Program Files (x86)\Hotspot Shield\HssWPR\hsssrv.exeĬ:\Program Files (x86)\Hotspot Shield\bin\hsswd.exeĬ:\PROGRA~2\IObitBar\toolbar\1.bin\i0barsvc.exeĬ:\Program Files (x86)\IObit\IObit Security 360\IS360srv.exeĬ:\Program Files (x86)\Intel\Intel® Management Engine Components\LMS\LMS.exeĬ:\Program Files (x86)\NewTech Infosystems\Acer Backup Manager\IScheduleSvc.exeĬ:\Program Files (x86)\NewTech Infosystems\NTI Backup Now 5\SchedulerSvc.exeĬ:\Program Files\Acer\Acer Updater\UpdaterService.exeĬ:\Program Files (x86)\AVG\AVG9\avgemc.exeĬ:\Program Files (x86)\Intel\Intel® Rapid Storage Technology\IAStorDataMgrSvc.exeĬ:\Program Files (x86)\AVG\AVG9\avgcsrvx.exeĬ:\Program Files\S.A.D\CyberGhost VPN\CGVPNCliService.exeĬ:\Program Files (x86)\Malwarebytes' Anti-Malware\mbamservice.exeĬ:\Program Files (x86)\Intel\Intel® Management Engine Components\UNS\UNS.exeĬ:\Program Files (x86)\AVG\AVG9\avgtray.exeĬ:\Program Files (x86)\Malwarebytes' Anti-Malware\mbamgui.exeĬ:\Program Files (x86)\Hotspot Shield\bin\openvpntray.exeĬ:\Program Files (x86)\IObit\IObit Security 360\is360.exeĬ:\Program Files (x86)\IObit\IObit Security 360\is360tray.exeĬ:\Program Files (x86)\IObit\IObit Security 360\a_hijackscan.exeĬ:\Program Files (x86)\Mozilla Firefox\firefox.exeĬ:\Program Files (x86)\Mozilla Firefox\plugin-container.exe Supercars has released the schedule for its sixth event of the 2021 calendar, the NTI Townsville 500.Īfter the Mount Panorama 500 and Darwin Triple Crown, the Townsville 500 marks the third three-day event this season.SORRY! Had to copy & paste. The Repco Supercars Championship will be on track across July 9-11 supported by the Dunlop Super2 Series, Dunlop Super3 Series, Porsche Paynter Dixon Carrera Cup Australia, Toyota Gazoo Racing Australia 86 Series, and Boost Mobile Stadium Super Trucks.įriday will see Supercars on track for Practice 1 and Practice 2, each session comprising 40 minutes.Ĭome Saturday, the championship will take in Qualifying for Race 15 which will last 15 minutes. The top 10 will then progress to a Top 10 Shootout that afternoon before Race 15. Sunday will see a repeat of Saturday’s running with Qualifying for Race 16, a Top 10 Shootout, and Race 16 to close out the weekend.īoth races are scheduled to take in 88 laps and will require refuelling.Įach driver is required to make two compulsory pit stops in which they must take 120-litres of fuel across the race distance and change a minimum of two tyres.Įach car will be allotted 36 soft tyres, four of which will be pre-marked. Teams will have 20 wet tyres at their disposal too, although early forecasts are for a dry weekend. ![]() The Super2 Series and Super3 Series will take in two races across the weekend, each lasting 21 laps.
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![]() I highly recommend Johns’ informal reading inventory. Systematic observation of student reading is a key asset of this inventory. Helpful “Expert Noticing Observation Guide”Īn informal reading inventory is a useful supplement to individual standardized testing of special needs kids, which is administered by a school psychologist and typically occurs once every three years.A second accompanying volume (to be read by students) with graded word lists, passages, and early literacy assessments.An increased number of passages at each grade level (through 12th grade) so that this inventory can be easily administered twice a year.One comprehensive volume (pictured above) that includes guides to using this manual, every reading inventory, an impresive selection of early literacy assessments, and summary sheets of student performance. ![]() A CD with videos of partial administration of the inventory, all the performance booklets and student summary forms, all the reading booklets, and answer sheets for student practice exercise, and an extensive bibliography on research related to informal reading inventories.This eleventh edition is a winner Johns keeps improving with age! I first started using this inventory years ago and have been very pleased with its accuracy and support in both identifying approximate reading levels by grade and determining a wide range of student strengths and weaknesses. Other recent titles include the third edition of Fluency: Strategies & Assessments, Comprehension and Vocabulary Strategies for the Elementary Grades, Reading and Learning Strategies: Middle Grades through High School, and Strategies for Content Area Learning, and Visualization: Using Mental Images to Strengthen Comprehension.Jerry Johns’ Basic Reading Inventory is an individually administered reading inventory. ![]() Jerry recently coauthored the fourth edition of Improving Reading: Strategies and Resources. His Basic Reading Inventory is widely used in undergraduate and graduate classes, as well as by practicing teachers. He has also prepared over twenty books and related resources that have been useful to a diverse group of educators. Jerry has been invited to consult, conduct workshops, and make presentations for teachers and professional groups throughout the United States and in seven countries. He has also received the Outstanding Teacher Educator in Reading award from the International Reading Association, the Champion of Children Award from the HOSTS corporation, and the Laureate Award from the College Reading Association (CRA) for significant contributions to CRA and the field of reading and reading instruction. Jerry has served on numerous committees of the International Reading Association and was a member of the Board of Directors. He has received recognition for outstanding service to each of these professional organizations and is a member of the Illinois Reading Council Hall of Fame. Reading Assessment Progress Notes FormWorks well with the Jerry Johns Basic Reading InventoryAdd Graded Word Lists, Reading Passages, ComprehensionVisually Impaired, Blind, Part of Learning Media Assessment (LMA) Subjects: Other (Specialty), Special Education Grades: Not Grade Specific Types: Classroom Forms FREE 5. Jerry is a past president of Illinois Reading Council, College Reading Association, and Northern Illinois Reading Council. He taught students from kindergarten through college and now serves as a consultant and speaker to schools and professional organizations. He has been recognized as a distinguished professor, writer, and outstanding teacher educator. I first started using this inventory years ago and have been very pleased with its accuracy and support in both identifying approximate reading levels by grade and determining a wide range of student strengths and weaknesses. Johns, Distinguished Teaching Professor Emeritus at Northern Illinois University, served as president of International Reading Association during 2002-2003. Jerry Johns’ Basic Reading Inventory is an individually administered reading inventory. ![]() Translucent objects allow some light to travel through them. WebTamang sagot sa tanong: PROPERTIES OF LIGHT LIGHT is REFLECTION REFRACTION is is ABSORPTION is TRANSPARENT MATERIALS TRANSLUCENT MATERIALS let let OPAQUE MATERIALS do not Examples: Examples: 1. Find more answers Ask your question Common examples of opaque objects are wood, stone, metals, concrete, etc. The term transparent is used to denote anything clear or see-through. It is observed that no light rays pass through the object. These objects are mostly clear of color or has a very light color included. In science terms, opaque is actually the opposite of transparent and translucent. The word opaque is an adjective used to describe something not capable of having light pass through. Objects that are transparent look clear, like eye glasses or water. Glass, for example, is transparent to all visible light. Such density distribution can result in irregular refraction and transmission. Materials like frosted glass and some plastics are known as translucent. Some materials can be opaque to light, but not to other types of electromagnetic waves. WebTranslucent: sunglasses, tinted window, thin textiles, frosted glass. Examples of transparent items are glass, water, and air. Fog and smoke are also examples of translucent substances.Write 10-10 transparent, translucent and opaque objects. Objects get blurred when they are looked at through fog or smoke.These special types of glasses are opaque from the outside but they are, interestingly, transparent from the inside. They are oftentimes used in houses to make the windows difficult to look through for the protection of privacy. Opaque and translucent glasses have great applications in real life.Pale skin in humans is translucent which is why you can see the blue or green veins present in the human body through the skin. As a matter of fact, humans have translucency, to some extent. Surprisingly, animals are not just the only example of one of the three phenomenons under discussion.The best example, in this case, is of Jellyfish. Some marine animals are also nearly transparent because their transparency allows them to protect themselves from predators.The electromagnetic waves that travel through them are of specific frequencies and they can travel through the optical fibres with minimal dissipation of energy. Optical fibres utilize the phenomenon of total internal reflection of light to work.Optical fibers, which are very commonly used in communication, have a transparent cladding and core.This behavior results in a quick attenuation of the incident light rays, and, therefore, makes the said substance opaque to radiation. As a result, whenever light rays pass through or encounter a metallic object, those free electrons in the metal absorb the light rays and re-emit them frequently. Metals house a whole lot of free electrons.Another way with which energy can be absorbed is the resonance that occurs in molecular vibrations.Electrons are capable of making transitions into various levels of energy by absorbing the corresponding wavelengths of light.The level of absorption of light in different kinds of materials actually relies heavily on the molecular and atomic structure of the object or material under consideration.Based on your observations, your result can be:.Note down what you can see of the picture through the object you are holding.Hold the object that you have between the picture and your eyes.Position that picture frame steadily on a table in a well-lit room. Put a vibrant, full-contrast picture in a picture frame.Gather the items you want to find out about.There is a dark or very dark shadow formation in the case of these objects.Įxamples of transparent materials include daily life things such as lenses, water, and glass, etc.Įxamples of translucent materials include daily life things such as tinted glass, colored balloons, and frosted glass, etc.Įxamples of opaque materials include daily life things such as wood, books, and bricks, etc. There is a faint shadow formation in the case of translucent items. There is no shadow formation in the case of these objects. You cannot see any items that are placed on the other side of opaque materials You can see things placed on the other side of these objects only partially. You can see things placed on the other side of transparent objects clearly. Light is not able to pass through opaque objects. Light can pass through translucent objects only partially. Light can pass through transparent materials completely. ![]() Accurate measurements are essential for achieving consistent results in recipes, so it is important to take the time to measure accurately. Make sure to pour slowly and evenly to avoid spilling.īy following these steps, you can measure five cups of liquid accurately and consistently. Place the ruler or other measuring device on top of the measuring cup and measure the liquid to the desired level.įinally, pour the measured liquid into the recipe. This will ensure that you are measuring the exact amount of liquid.įourth, use a ruler or other measuring device to measure the exact amount of liquid. Third, use a spoon or other utensil to scoop out any excess liquid. Do not shake or tap the cup to level off the liquid. For liquids, the measuring cup should be filled to the brim. Second, fill the measuring cup to the desired level. A standard measuring cup holds 8 fluid ounces, so you will need to use two measuring cups to measure five cups of liquid. READ MORE: how many ounces in a bottle of wineįirst, make sure you are using the correct measuring cup. Here are some tips for measuring five cups of liquid accurately. Accurate measurements are essential for achieving consistent results in recipes. Measuring five cups of liquid accurately is an important skill for any cook or baker. How to Measure 5 Cups of Liquid Accurately Knowing the difference between these two units of measurement can help you accurately measure liquids for recipes, household tasks, and more. Additionally, the size of a cup can vary depending on the type of measurement being used. This means that it takes four cups to make one quart. A cup is equal to 8 fluid ounces, while a quart is equal to 32 fluid ounces. In conclusion, it is important to understand the difference between cups and quarts when measuring liquids. This means that if you are using a recipe from the United Kingdom, you will need to use more liquid than if you were using a recipe from the United States. For example, a cup in the United States is equal to 8 fluid ounces, while a cup in the United Kingdom is equal to 10 fluid ounces. It is also important to note that the size of a cup can vary depending on the type of measurement being used. For example, if a recipe calls for two quarts of liquid, you will need to use eight cups of liquid to meet the measurement. This is important to remember when measuring liquids for recipes or other tasks. In terms of volume, a quart is four times larger than a cup. This is equivalent to 0.95 liters or 946.35 milliliters. A quart is a unit of measurement that is equal to 32 fluid ounces. This is equivalent to 0.23 liters or 236.59 milliliters. Knowing the difference between these two units of measurement can help you accurately measure liquids for recipes, household tasks, and more.Ī cup is a unit of measurement that is equal to 8 fluid ounces. With this knowledge, you can prepare your recipes with accuracy.When it comes to measuring liquids, it is important to understand the difference between cups and quarts. ![]() Knowing how to convert quarts to cups and vice versa can be a great help when cooking. So how many cups in a quart? There are 4 cups in a quart. Conversion Table Between Quarts and Cups Quarts To convert cups to quarts, you divide the number of cups by 4.įor example, if you want to know how many quarts are in 6 cups, you divide 6 by 4. To convert quarts to cups, you multiply the number of quarts by 4.įor example, if you want to know how many cups are in 3 quarts, you multiply 3 by 4. You can convert from cups to quarts or quarts to cups by multiplying or dividing by 4. The conversion factor between cups and quarts is 4 cups per quart. By knowing this conversion ahead of time, it's easy to make sure you have the right amount of ingredients on hand before starting any recipe. If your recipe calls for 8 cups of milk, you will need to buy 2 quarts of milk. Knowing how many cups are in a quart can be helpful for figuring out how many quarts you need. If you are making larger batches, and your recipe calls for 3 quarts, it may be easier to think of it as 12 cups. For example, if a recipe calls for 1 quart of milk, you need to use 4 cups of milk. A quart is equal to 4 cups, so there are 4 cups in a quart. It's a common question in the kitchen: how many cups are in a quart ? The answer is simple. Knowing how many cups in a quart is helpful in this situation because most recipes will list ingredients in one unit or the other. Cooking is a lot of fun, but it can also be frustrating when you have to figure out how much of an ingredient you need for your recipe. |
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