Math Calculator

Math Calculator

Math Mania Book & Cell Phone Calculator(Pack of 36) $2.99 Math Mania Book & Cell Phone Calculator in a box – recommended for ages 8 & up.

HP 50G Graphing Calculator $124.99 HP 50G Graphing Calculator The new HP 50g Graphing Calculator provides the best in power, flexibility and connectivity for math, science and engineering professionals and college students.

50g Graphing Calculator $109.99 The new HP 50g Graphing Calculator provides the best in power flexibility and connectivity for math science and engineering professionals and college students.

TI-30X IIS Scientific Calculator $126.94 The two-line display scientific calculator combines statistics and advanced scientific functions and is a durable and affordable calculator for the classroom. The two-line display helps students explore math and science concepts in the classroom.

Timer, Hall Pass $21.60 Hall Pass Timer – Help students manage the time they are out of your classroom. The same time is kept on both the electronic “hall pass” and the teacher monitor that sits on your desk. Both pass and monitor feature “times up” warning lights and alarms….

NATL2A-00029 Photo Mugs Inca teacher giving lessons in counting using the quipu. Hand-colored woodcut of a 19th-century illustration….

PSCI2A-00111 Photo Mugs Calculator of Blaise Pascal, a mechanical device for adding and subtracting, 1600s. Hand-colored woodcut of an illustration….

Turn on the Human Calculator in You! $8.99 *** THIS EXCITING PROGRAM IS DESIGNED TO REACH STUDENTS, PARENTS, TEACHERS AND ANYONE EXPERIENCING MATH ANXIETY WITH THE SIMPLE MESSAGE…MATH CAN BE FUN! THROUGH DEMONSTRATIONS IN THE CLASSROOM AND PERSONAL INSTRUCTION, SCOTT OFFERS UNIQUE AND ENLIGHTENING APPROACHES TO OVERCOMING MATH ANXIETY. THIS PROGRAM HELPS RENEW SELF-CONFIDENCE…NOT ONLY IN MATH BUT IN ALL AREAS OF LIFE! ***…

Online Master Programs - Engaging Careers Await Those Individuals Who Enter The Energy Careers

With changing time come changes in occupations. A century ago there were no such things as car mechanics, TV repairmen or computer programmers. Now there isn’t a modern society that can exist without them. One such job with that kind of future is the energy engineer.

At their core, energy engineers are both technician and auditor. Their profession is dedicated to saving or getting the maximum efficiency of all manner of energy. This could be as basic as getting the most miles per gallon out of a car or air conditioning that uses the least amount of power, to such esoteric arenas as finding a way to recycle trash into cost-efficient power.

Those wanting to enter this nascent profession need to have done exceedingly well in basic STEM (science, technology, energy, math) classes. They also need strong written and oral communications skills. Once enrolled in an on campus or online college, their basic courses should be in mechanical and or electrical/electronic engineering. One should also consider minoring in accounting and business management as much of an energy engineer’s work is auditing a company’s use of power for waste. From there many of the bigger employers want certification from either their respective professional society.

Nearly 82% of energy engineers went on for their Masters Degree. This is where they take the specialized courses needed to round out their education, including more business courses. As the current presidential administration has made having a green economy a major plank in its platform, a number of schools have started up Energy Engineering programs at this level. As they are still relatively few such programs out there, many pros counter this by working at their jobs and then taking courses with online schools who offer them.

Financial assistance for budding energy engineers is better than in many other engineering specialties thanks to the national agenda. As can be expected, there are the regular federal and state grants such as the Pell and SEOG. One can also apply to the National Science Foundation for S-TEM scholarships. If that isn’t enough, there are also a number of professional engineering societies and private corporations who are willing to help stock the labor pool ranging from the Association of Energy Engineers to Chevron.

Financially, all the effort is certainly worth it. The median salary of an energy engineer or auditor is near $90,000 with excellent benefits. The top 10% earn wages in the six-figure range. To top it, many set up their own consultancies.

Until recently, the Bureau of Labor Statistics rated growth in the field as slow, but that is making a major turnaround. A recently issued report moved the growth rate to excellent thanks to the raising costs of power effecting corporate bottom line.

As it is, the world is rapidly realizing the energy crisis is truly coming. It needs skilled personnel such as energy engineers to help develop solutions and those engaging in online school programs will be in the lead. So maybe the occupation didn’t exist not too long ago, but one gets the feeling we’ll see a lot more energy engineers very soon joining the ranks of other professionals with Online Visual Communication Degrees as they work on behalf of us all.

''Gimme that calculator'' versus ''use your noggin'': The development of standard & non-standard positional identities in mathematics. $49.99 In this dissertation, I take a multi-level approach to report findings about positional identities in mathematics of students in elementary school. Positional identities develop over time and in local moment-to-moment interactions and involve how individuals position themselves, or are positioned in relation to others in specific social contexts. The overarching research question that I examine in this study is: What is revealed about students' positional identities in mathematics by examining students' participation across multiple timescales of individual history, practice and local interaction ? The main purpose of the study was to highlight that each level of analysis contributes to a distinct yet partial understanding of the manner in which students' are positioned and how they negotiate their identity in an environment that involves doing mathematics. Combining different levels of analysis supports the construction of a more comprehensive and nuanced understanding of identity. It helps us understand the identities that students bring to doing mathematics, how they enact their participation in mathematical practices, and how they develop identities based on social positioning. Specifically, I highlight how positions in local interactions are recognized are based on larger cultural practices in which they are embedded. Attention to social positioning in mathematics in relation to larger practices is crucial because it implicitly determines who is in charge during mathematical discussions and what constitutes mathematics.;The information sources included students' semi-structured written surveys, students' group interviews about doing mathematics in the classroom, and video records of students' participation in an after-school math club. The findings of this study suggest that students bring fairly robust identities about themselves and others to situations of learning. Despite this, opportunities to participate in varied practices over time, where students have

''Gimme that calculator'' versus ''use your noggin'': The development of standard & non-standard positional identities in mathematics. $49.99 In this dissertation, I take a multi-level approach to report findings about positional identities in mathematics of students in elementary school. Positional identities develop over time and in local moment-to-moment interactions and involve how individuals position themselves, or are positioned in relation to others in specific social contexts. The overarching research question that I examine in this study is: What is revealed about students' positional identities in mathematics by examining students' participation across multiple timescales of individual history, practice and local interaction ? The main purpose of the study was to highlight that each level of analysis contributes to a distinct yet partial understanding of the manner in which students' are positioned and how they negotiate their identity in an environment that involves doing mathematics. Combining different levels of analysis supports the construction of a more comprehensive and nuanced understanding of identity. It helps us understand the identities that students bring to doing mathematics, how they enact their participation in mathematical practices, and how they develop identities based on social positioning. Specifically, I highlight how positions in local interactions are recognized are based on larger cultural practices in which they are embedded. Attention to social positioning in mathematics in relation to larger practices is crucial because it implicitly determines who is in charge during mathematical discussions and what constitutes mathematics.;The information sources included students' semi-structured written surveys, students' group interviews about doing mathematics in the classroom, and video records of students' participation in an after-school math club. The findings of this study suggest that students bring fairly robust identities about themselves and others to situations of learning. Despite this, opportunities to participate in varied practices over time, where students have