Math 32

Math Tutor's Solution: 95/32 as a mixed number is 2 31/32MethodsStep-by-step solution from a math tutor for converting 95/32 as a mixed numberA math tutor would guide you through converting an improper fraction to a mixed number with these three simple steps:Divide the numerator by the denominator (you can use long division if you want to!) to find out what the quotient and the remainder are. If the fraction is made up of whole numbers, you will always get an integer quotient and an integer remainder.Note down what your quotient, remainder, and original denominator is.Now rewrite these three numbers in Step 2 in a mixed number format where:the quotient is the whole number next to the proper fractionthe remainder is the numerator of the proper fractionthe original denominator is the new denominator of the proper fractionNow, let’s apply these steps to our problem. A math tutor would ask: What is 95 divided by 32? If you do some thinking or long division, you should get:95 ÷ 32 → Quotient of 2 and a remainder of 31.Now that we have all the numbers we need, let’s piece together our answer:95 ÷ 32 = 2 31/32Download FREE Math ResourcesTake advantage of our free downloadable resources and study materials for at-home learning.8 Math Hacks and Tricks to Turn Your ‘Okay’ Math Student Into a Math Champion!One thing we teach our students at Thinkster is that there are multiple ways to solve a math problem. This helps our students learn to think flexibly and non-linearly.Get PDFHow to Make Sure Your Child is Highly Successful and Becomes a MillionaireAs a parent, you hope your child is extremely successful and likely become the next Gates, Zuckerberg, or Meg Whitman. To set your child on the right path, there are many skills and traits that you can start building and nurturing now. Doing so plants the seeds for future success.Get PDF

WOctet + x * xOctet + y * yOctet + z for index in range(n + 1,g + 1): D += 2**(32 - index) w2 = math.floor(D / wOctet) x2 = math.floor((D - w2 * wOctet) / xOctet) y2 = math.floor((D - w2 * wOctet - x2 * xOctet) / yOctet) z2 = D - w2 * wOctet - x2 * xOctet - y2 * yOctet # Display the result gwAddrPref= "Your gateway address prefix is: " + str(w2) + "." + str(x2) + "." + str(y2) + "." + str(z2) + "/" + str(g) print(gwAddrPref) PowerShell command blockFill in the values and run the resulting command block in a PowerShell window or in the PowerShell Integrated Script Environment (ISE).# Specify the values of w.x.y.z/n for your VNet address space and g, the prefix length of your gateway subnet: $w= $x= $y= $z= $n= $g= # Calculate $wOctet = 16777216 $xOctet = 65536 $yOctet = 256 [long]$D = $w * $wOctet + $x * $xOctet + $y * $yOctet + $z; for ($i = $n + 1; $i -lt $g + 1; $i++) { $D = $D + [math]::pow(2, 32 - $i) } $w2 = [math]::floor($D / $wOctet) $x2 = [math]::floor( ($D - $w2 * $wOctet) / $xOctet ) $y2 = [math]::floor( ($D - $w2 * $wOctet - $x2 * $xOctet) / $yOctet ) $z2 = $D - $w2 * $wOctet - $x2 * $xOctet - $y2 * $yOctet # Display the result $dx= [string]$w2 + "." + [string]$x2 + "." + [string]$y2 + "." + [string]$z2 + "/" + [string]$g Write-Host "Your gateway address prefix is: " $dxRelated topicsManage Microsoft 365 with PowerShell

386 had onboard AMD DX40 processor and empty socket for math coprocessor. Add bookmark #14 quote:Originally posted by Utwig:My 386 had onboard AMD DX40 processor and empty socket for math coprocessor. I had that CPU as well.It was fast at the time, a 40 MHz 386DX and yes, I also had the math co-processor for it.I think it accellerated Falcon. And my dad's CAD stuff, of course (OrCAD at the time.)That was a nice chip. Add bookmark #16 Funny, I have a 386DX-16 in storage. Co-Proc socket is empty. It reports that it has the Math Co-Proc installed (built in) during POST.Explain that. Add bookmark #17 quote:Originally posted by dataman: not until 486 CPU's.DM INTEL 80386DX (Code Name: P3) - Microprocessor manufactured in 1985 was the next generation of Intel processors. The 80386DX included the math compressor unlike the 80386SX and still featured the 32-bit architecture and built-in multitasking. The chip was available in clock speeds of 16MHz, 20MHz, 25MHz, and 33MHz. - from the first link you posted.Seems to contradict what everyone else here is saying, and backs up what I've come to know as "right".The other link doesn't speak about Math Co-Procs until it tells you about the 486. Add bookmark #18 The fact that they call it a "compressor" should say something...quote:IBM 486SLC2 In addition to the odd assortment of features you noted, IIRC its selling point at the time was low power draw. CDG Ars Tribunus Militum Add bookmark #19 I remember my Dad putting in an intel 133 overdrive into our family Compaq 860, because at the time he was just starting to do computerized invoices for our auto-repair garage. He needed the upgrade because Quickbooks required a coprocessor, which the 486 (I don't know which it was, an SX or what) that was in it did not have. I just wonder if its still possible to find mobos and processors and RAM for those old machines... an old school build might be fun, albeit a waste of $$$. Add bookmark #20 I have a 386 DX gathering dust in the garage, and it most definitely does NOT have a math coprocessor. The DX simply refers to the 32-bit external bus it has as compared to its SX brothers.The 486DX had the math coprocessor, the 486 SX did not. NO 386 chips made by Intel EVER had a math coprocessor on the same chip, they were always an add-on. dataman Ars Tribunus Angusticlavius Add bookmark #21 That quote off Website is Wrong!His info in chart is correct. Not in Note at end of Page.386DX did not have Math Co CPU.No 386 DID!That was not included until 486 CPU. DM Add bookmark #22 You're all nostalgic

Free The MPLAB C Compiler for PIC32 is a full-featured ANSI compliant C compiler5 Developer:Microchip Technology Inc.The MPLAB C Compiler for PIC32 is a full-featured ANSI compliant C compiler for Microchip's PIC32 family of 32-bit microcontrollers. A free evaluation is available by downloading the Evaluation Edition. It has no code size limit and provides complete functionality for 60 days. The compiler is completely usable after 60 days other than certain optimization levels are disabled. The compiler is fully compatible with Microchip's MPLAB IDE and popular third party IDEs.Features:-DSP library- C callable DSP functions written in assembly using the standard MIPS DSP library APIs. A future compiler release will contain a second set of APIs that are compatible with Microchip's 16-bit compilers.-Quick Migration- Complete run-time optimized peripheral libraries that are API compatible with Microchip compiler libraries for 16-bit products.-Even Smaller Code Size- Use 16-bit instruction mode for up to 40% code size reduction-Small and Fast- Mix 16- and 32-bit instruction types in the same source file: 32-bit instructions for performance critical code and 16-bit instructions for size reduction-ANSI compliant with standard, math, memory, and data conversion libraries-New highly optimized math library functions in v1.03 and later-Supports in-line assembly