Wolfram inputprojectile range v=20 m/s angle=45 degResult
40.79m
Formulax = v2 sin(2α) / g
Wolfram MCP connector for ManusGet computed answers from Wolfram, with the input you can check
Ask “How far does a ball go if I throw it at 20 m/s at a 45° angle?” Instead of estimating, Manus has Wolfram compute the answer with units and shows you the input it sent, so you can check it yourself. Balancing a chemical equation, converting units, looking up the distance and population of two cities or running statistics on a list of numbers work the same way. When it helps, Manus runs a short piece of Wolfram Language code.
First, connect Wolfram in Manus
ManusIllustration
How far does a ball go if I throw it at 20 m/s at a 45° angle?
It travels 40.79 m and lands after 2.884 s, at most 10.2 m high. Wolfram computed it from the input below, so you can check it.
Wolfram inputWolfram input60 mph to km/hResult
96.56km/h
Formula1 mi = 1.609344 km
Wolfram Language codeIntegrate[Exp[-x^2], {x, -Infinity, Infinity}]Result
√π
Formula∫−∞∞ e−x² dx
Wolfram AI math with exact answers you can check
Equations, integrals and series come back exact, with the Wolfram Language code that produced them. Manus can also draw a chart and mark the key points Wolfram found.
Wolfram Language codeSolve[x^2 - 5 x + 6 == 0, x]Result
x = 2, x = 3
Formula(x − 2)(x − 3) = 0
Wolfram Language codeSum[1/n^2, {n, 1, Infinity}]Result
π²/6
FormulaΣn=1∞ 1/n² ≈ 1.6449
f(x) = x³ − 3x + 1
Key points computed by Wolfram, chart drawn by Manus
- Zerosx ≈ −1.879, 0.347, 1.532
- Local maximum(−1, 3)
- Local minimum(1, −1)
Wolfram Language codeNSolve[x^3 - 3 x + 1 == 0, x]Solve[D[x^3 - 3 x + 1, x] == 0, x]Find the exact roots of an equation with Wolfram
Ask for the exact roots and get them as whole numbers, fractions or square roots, with the Wolfram Language code next to them.
Wolfram|Alpha AI math: an exact integral or series sum
Results stay exact, such as √π or π²/6, and you can ask for a decimal value as well.
Wolfram|Alpha plot two functions and mark where they cross
Name one function or two. The Wolfram|Alpha plot function returns the chart as an image link. Wolfram also works out the zeros, maxima, minima and crossing points, and Manus can draw its own chart with each point marked.
Wolfram|Alpha physics with units on every result
Ask about motion, circuits or forces and get an exact answer with units, and for many questions the formula as well. Manus keeps the units when it writes the numbers into your answer.
A ball thrown at 20 m/s and 45°
Values computed by Wolfram, diagram drawn by Manus
- Range40.79m
- Time in the air2.884s
- Highest point10.2m
Wolfram input9 V / 220 ohmsResult
40.91mA
FormulaI = V / R
Wolfram input(9 V)^2 / 220 ohmsResult
368.2mW
FormulaP = V² / R
Wolfram|Alpha physics AI: a projectile’s range and flight time
Give the speed and the angle. You get the range, the time in the air and the highest point, each with units, plus the formula behind the range.
Calculate current and power in a circuit with Wolfram|Alpha
Enter the voltage and the resistance to get the current in amps or milliamps. Ask for the power as well, and each result keeps its unit.
Wolfram|Alpha chemistry: balance equations and check reactions
Paste an unbalanced equation and get the balanced one, with the coefficients marked. For Wolfram|Alpha chemical reactions, you also get the equilibrium constant and the reaction rate expressions.
Wolfram inputbalance C3H8 + O2 -> CO2 + H2OUnbalanced
C3H8+O2→CO2+H2O
Equilibrium constant
K =[CO2]3 [H2O]4[C3H8] [O2]5
Reaction rate
−Δ[C3H8]/Δt=−1/5 Δ[O2]/Δt=1/3 Δ[CO2]/Δt=1/4 Δ[H2O]/Δt
A Wolfram|Alpha chemical equation balancer inside your task
Type the reactants and products as plain text, like C3H8 + O2 -> CO2 + H2O. Wolfram returns the balanced equation, and Manus puts it in your notes or report.
Get a reaction’s equilibrium constant from Wolfram
After balancing, Wolfram gives the equilibrium constant expression and how fast each substance is used up or formed.
Wolfram|Alpha statistics for your numbers, plus units and places
Paste a list of numbers to get the mean, standard deviation and a fitted line. Wolfram|Alpha data analysis also covers curated facts, such as the distance and population of two cities, and converts units along the way.
Spring stretch under loads of 1–6 N
2.1, 4.0, 6.2, 7.9, 10.1, 12.0 cm
- Mean
- 7.05 cm
- Standard deviation
- 3.716 cm
- Fitted line
- y = 1.986x + 0.10
- R² = 0.9993
Wolfram Language code{Mean[s], StandardDeviation[s]}LinearModelFit[Transpose[{Range[6], s}], x, x]Distance, population and units
IllustrationWolfram inputdistance from Chicago to TorontoChicago708.6 km440.3 miToronto
Wolfram inputpopulation of Chicago vs Toronto- Chicago2.746 million (2020 estimate)
- Toronto2.794 million (2021 estimate)
Wolfram input350 degrees Fahrenheit to Celsius176.7 °CGet the mean and standard deviation from Wolfram
Paste the numbers as text, or attach a spreadsheet and Manus reads the column out first. Wolfram returns the statistics and a fitted line.
Wolfram|Alpha unit conversion inside any task
Convert speeds, temperatures, lengths and energy, and keep the converted values in the same answer or table.
Compare two cities with the Wolfram|Alpha AI tool
Ask for the distance and population of two cities, and the Wolfram|Alpha AI tool answers from curated data, with the year of each estimate.
How the Wolfram|Alpha LLM MCP connection works in Manus
Manus reaches Wolfram through the Wolfram MCP server. In this Wolfram|Alpha LLM integration, only the part that needs computing goes over MCP: Wolfram|Alpha gets a query, or Wolfram gets a short piece of Wolfram Language code.
- 3
Wolfram computes it
Manus sends one Wolfram|Alpha query or a short piece of Wolfram Language code.
Wolfram Language codeIllustrationDSolve[{y''[t] + y[t] == 0,
y[0] == 1, y'[0] == 0}, y[t], t]Output
{{y[t] -> Cos[t]}}y(t) = cos t
Physics lab projectIllustration
Lab report: checked numbers
- Range of the ball40.79 mWolfram input:
projectile range v=20 m/s angle=45 deg - Current through the resistor40.91 mAWolfram input:
9 V / 220 ohms - Balanced equationC₃H₈ + 5 O₂ → 3 CO₂ + 4 H₂OWolfram input:
balance C3H8 + O2 -> CO2 + H2O
Run Wolfram Language code from a Manus task
When a question is easier to write as code, Manus acts as your Wolfram Language AI: it writes a short piece of code, Wolfram runs it, and you get the code and the output together.
Add Wolfram results to a research note
Write each number with its Wolfram input into a research note. Keep the note in a project, and each new task there starts with it.
See how Projects workCheck every number in a research report with Wolfram
Manus works as a Wolfram AI assistant for the report: it researches the topic, has Wolfram compute or look up each figure and lists the input next to it. For research across many sources at once, use Wide Research.
Learn about Wide ResearchConnect the Wolfram MCP server to Manus
Wolfram is already in Manus Connectors. Connect it once, and through this Wolfram|Alpha MCP connection any task can send a query or a short piece of Wolfram Language code to Wolfram when a number has to be exact.
Open Connectors
In Manus, open Connectors, choose Wolfram and select Connect.
Nothing to install
Wolfram runs each computation in its cloud, so you don’t need Mathematica or any other Wolfram software on your computer.
Ask in any task
Manus can call Wolfram on its own when a question needs computing. To be sure it does, start with “Use Wolfram” and ask to see the input.
WolframAccess computation, math, and curated knowledge from WolframEvaluate Wolfram Language code and query Wolfram|Alpha for up-to-date computational results in math, science, physics, chemistry, and geography.
ConnectIllustration
Questions about Wolfram AI and MCP
How do I connect Wolfram to Manus?
Open Connectors in Manus, choose Wolfram and select Connect. Manus then reaches the Wolfram and Wolfram|Alpha MCP server in Wolfram’s cloud. You don’t need a Wolfram account or an API key, and there’s nothing to install. Once connected, ask in any task, for example “Use Wolfram to balance C3H8 + O2 -> CO2 + H2O.”
How is this different from asking an AI directly?
A language model on its own can get numbers and facts wrong. With Wolfram connected, Manus hands the calculation or the lookup to Wolfram, which computes it in Wolfram Language or answers from the curated data behind Wolfram|Alpha. You get the result together with the input, so you can check it.
Can I see how Wolfram worked it out?
You see what Manus sent and what came back: the Wolfram|Alpha input or the Wolfram Language code, plus the result. For some questions, such as a projectile’s range, Wolfram|Alpha also returns the formula it used. Ask Manus to list the input next to every number.
Do I have to pay to use Wolfram in Manus?
Wolfram offers Wolfram Cloud MCP free for limited personal use. For larger or business use, Wolfram offers Wolfram Enterprise MCP. Check Wolfram’s site for its current plans.
Can I upload a data file to Wolfram?
Not directly. Wolfram Cloud MCP doesn’t accept file uploads, so Manus reads your file first, for example a CSV or a spreadsheet, and sends the numbers to Wolfram as text or code. You can also paste the numbers into the task.
Does Manus send my chat history to Wolfram?
No. Only the query or the code that Manus sends to Wolfram goes to Wolfram. The rest of your conversation stays in Manus.
Does Wolfram remember earlier results in the same task?
No. Each call to Wolfram is a separate computation, and definitions or results from the last call aren’t kept. Manus keeps track of the task and puts whatever the next calculation needs into the next query.
Can Wolfram|Alpha solve physics problems in Manus?
Yes, when the problem can be stated as a calculation, such as projectile motion, circuits, energy or unit conversions. Wolfram|Alpha returns the result with units, and Manus puts the numbers into your answer, report or table.
Is this a Wolfram AI chatbot or Wolfram|Alpha AI chat?
No. Wolfram|Alpha and Wolfram’s own AI products are used on Wolfram’s side. In Manus, Wolfram is a connector: when a number in your task has to be exact, Manus calls Wolfram, then carries the result on into a report, a spreadsheet or a document.
Is this like using Wolfram with Claude or ChatGPT?
Much the same. The Wolfram MCP service is also offered to other AI apps, as a Wolfram MCP Claude connector and a ChatGPT app, and Wolfram in Manus is an MCP connector too. In Manus, one task can use Wolfram with your other connected apps, for example to compute the numbers and add them to a page in Notion.