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Physics Made Easy - Step by Step with the TI-Nspire CX CAS

         Solve Physics problems stepwise using the TiNspire CX CAS Calculator

Physics Made Easy
Runs on TI-Nspire CX CAS only.
It does not run on computers!
TI-Nspire CX CAS
TI-Nspire CX CAS

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Description


    MECHANICS
  • Find Center of Mass
  • Read about Vectors
  • All in one Vector Explorer
  • Find Norm
  • All in one 2-Vectors Explorer
  • Read: Newton's 3 Laws of Motion
  • Newtons 2. Law: F=m*a
  • Centripetal Force: F=m*v^2/r
  • Centripetal Force: F=lambda*v^2*r
  • Find Net Force/Resultant
  • Pressure
  • Pressure
  • Pressure
  • Friction Solver: F=mu*N
  • Momentum: p=m*v
  • Momentum: m1*v1=m2*v2
  • Torque: T=F*r*sin(lambda)
  • Circular Motion: Velocity v=2pr/t
  • Circular Motion: Acceleration a=v^2/r
  • Projectile at Angle

  • KINEMATICS
  • Read: The Big 5 Equations
  • Average Speed=Distance/Time : v=d/t
  • Linear Motion: vf^2=vo^2+2*a*d
  • Linear Motion: v=vo+a*t
  • Linear Motion: d=(vo^2+vf^2)/2 * t
  • Linear Motion: lambdax=v0t + 1/2at^2
  • Linear Motion: v=v(2*g*h)
  • Rotational Kinetic Energy K=1/2*I*lambda^2
  • Harmonic Motion: T=2p/lambda
  • Harmonic Motion: E=1/2*k*A^2
  • Harmonic Motion: T=2p*v(l/g)
  • Harmonic Motion: f=1/T
  • Harmonic Motion: T=2*p*v(m/k)
  • Harmonic Motion: T=2*p*v(I/mgd)
  • Harmonic Motion: x=A*cos(lambdat+F)
  • Harmonic Motion: v=v(A^2-x^2)
  • Harmonic Motion: Max Velocity
  • Harmonic Motion: Max Acceleration
  • Harmonic Motion: Read Formulas
  • Period of Spring T=2*pv(mass/spring constant)
  • Spring F=k*x
  • PotentialEnergy of Spring Us=1/2*k*x^2
  • Spring Time T=2*p*v(l/g)
  • Time Frequency T=1/f
  • Wave Length lambda=v/f
  • Time T=2*p*v(m/k)
  • Waves+Vibrations: v=v(T*(m/L))
  • Waves+Vibrations: k=2*p/lambda
  • Waves+Vibrations: lambda=2pf

  • WAVES: LIGHT
  • Speed Of Light: E=m*c^2
  • Light sin(theta_1)/sin(theta_2)=v_1/v_2
  • Light Theta=lambda/L
  • Light: E=P/(4pr^2)
  • Light: I2=I1cos(theta)^2
  • Light: f_obs=f(1+-v/c)
  • Light: n=c/f
  • Light: lambda_obs-lambda=+-v/c*lambda
  • Light: n1*sin(theta1)=n2*sin(theta2)
  • Light: sin(theta)=n1/n2
  • Light: n=c/v
  • Light: 1/f=1/d1+1/d2
  • Light: M=hi/ho
  • Light: lambda=xd/L
  • Light Diffraction: 2*x1=(2lambdaL)/w
  • Light: lambda=d*sin(theta)
  • Light: x_obj=1.22*lambda*L/D

  • WAVES: OPTICS & SOUND
  • Optics: Read about Reflection
  • Optics: Refraction: Refraction Index
  • Optics: Refraction: Snell's Law
  • Optics: Total Internal Reflection
  • Optics: Wave Optics: Maxima
  • Optics: Wave Optics: Minima
  • Optics: Band Distance on Screen lambda/d=x/L
  • Optics: Read about Focal Points
  • Optics: Optical Instruments: Focal Length
  • Optics: Optical Instruments: Magnification
  • Sound: Doppler Effect
  • Sound: l_b-l_a=1/2*lambda
  • Sound: beta=10*log(I1/I2)
  • Sound: lambda=v/f
  • Sound: f1=f/(1+-s/c)
  • Sound: v=v(B/lambda)
  • Sound: lambdaP=rho*v*omega*s_max
  • Sound: I=lambdaP_max^2/(2*rho*v)
  • Sound: I=P/(4*p*r^2)

  • WAVES: FLUIDS
  • Fluids: lambda=m/V
  • Fluids: P=F/A
  • Fluids: F2=F1*A2/A1
  • Fluids: Fb=Fa*r_b^2/r_a^2
  • Fluids: P=Po+p*h*g
  • Fluids: F=lambda*V*g
  • Fluids: p+(1/2)*lambda*v^2+lambda*g*h=a
  • Fluids: Ds/Di=h_sub/h_s
  • Fluids: Q=p*r^4*(P1-P2)/8*mu*L
  • Fluids: T=F/L
  • Fluids: lambda1*A1*v1=lambda2*A2*v2

  • ENERGY
  • Kinetic: Translational
  • Kinetic: Rotational
  • E_pot=E_kin : lambdax^2=m/k*v^2
  • Potential Energy
  • Potential: Spring (Us)
  • Potential: Universal Gravitat. (UG)
  • Heat: Q=m*c*T
  • Heat: Q=m*L
  • Heat: W=P*d*V
  • Heat: E=Q-W
  • Heat: Conduction
  • Heat: Convection
  • Heat: Radiation
  • Heat: w=-n*r*t*ln(vf/vi)
  • Miscellaneous: Heat (H)
  • Read Dissipated Energy
  • Miscellaneous: W=F*s*cos(theta)
  • Miscellaneous: W=F*s*sin(theta)
  • Miscellaneous: Power=W/t
  • Miscellaneous: E=mu*dx
  • Work Energy Theorem
  • Photon Energy: E=h*c/lambda

  • ELECTRICITY
  • Electricity & Induction
  • Electricity: Coulombs Law
  • Electricity: Voltage V=E*d
  • Electricity: Voltage V=W/q
  • Electricity: V=Q/C
  • Electricity: P=Po*[1+a*(T-To)]
  • Electricity: q=Q*exp(-t/(R*C))
  • Electricity: q=Q*(1-exp(-t/(RC))
  • Electricity: C=K*eo*A/d
  • Electricity: E=1/2*C*V^2
  • Electricity: R=lambda*1/A
  • Electricity: Flux F=E*A
  • Electricity: E=Q/(4pr^2eo)
  • Electricity: F=s*Q/eo
  • Electricity: V=k*q/r
  • Electric Field
  • Induction: EMF=B(L)(V)
  • Induction: I=V/R
  • Induction: Pac=1/2(Pacmax))
  • Induction: Pac=I_eff^2*R
  • Induction: I_eff=v(1/2Imax^2)
  • Induction: V_eff=v(1/2(Vmax)^2)
  • Induction: Vs/Vp=Ns/Np
  • Induction: Vp*Ip=Vs*Is

  • MAGNETISM
  • Magnetism: F=q*v*B*sin(theta)
  • Magnetism: r= mv/(qB)
  • Magnetism: v=E/B
  • Magnetism: F=B*I*L*sin(theta)
  • Magnetism: N=T*A*m
  • Magnetism: t=F*r
  • Magnetism: t=B*I*A*sin(theta)
  • Magnetism: t=B*I*A*N*sin(theta)
  • Magnetism: B=muo*I/2pr
  • Magnetism: F/l=o*I1*I2/(2pd)
  • Magnetism: B=muo*I/2R
  • Magnetism: B=N*muo*I/2R
  • Magnetism: B=muo*N/l*I
  • Magnetism: F=B*A*cos(theta)
  • Magnetism: lambda_F=BA(costhetaf-costhetai)
  • Magnetism: e=-N*(F)/(t)
  • Magnetism: F=I*B*l
  • Magnetism: Emf=NBA*delta*sin(deltat)
  • Magnetism: Emf=-L*(lambdaI)/(lambdat)
  • Magnetism: R=P*l/A

  • CIRCUITS & LAWS
  • Circuits & Laws: P=V*I
  • Circuits & Laws: V=R*I
  • Circuits & Laws: P=I^2*R
  • Circuits & Laws: P=V^2/R
  • Circuits & Laws: Vc=(V*R2)/(R1+R2)
  • Circuits & Laws: Read 1. Kirchhoff Law
  • Circuits & Laws: Read 2. Kirchhoff Law
  • Circuits: Parallel & Series
  • Circuits: Resistence, Current, Voltage

  • PLANETS
  • Planets: Sun
  • Planets: Mercury
  • Planets: Venus
  • Planets: Earth
  • Planets: Moon
  • Planets: Mars
  • Planets: Jupiter
  • Planets: Saturn
  • Planets: Uranus
  • Planets: Neptune
  • Planets: Pluto
  • Gravitation & Orbits: F=g*m1*m2/r^2
  • Gravitation & Orbits: v=v(g*m/r)
  • Gravitation & Orbits: v=2pr/t
  • Gravitation & Orbits: P1^2/P2^2=R1^3/R2^3

  • GAS LAWS
  • Volume of Gas
  • Boyle's Gas Law
  • Avogadro's Gas Law
  • Charles' Gas Law
  • GayLussac Gas Law
  • Combined Gas Law
  • Ideal Gas Law
  • Adiabatic Expansion of Ideal Gas Law
  • Gas Sum / Dalton Law
  • Graham's Gas Law

  • EXTRAS
  • Periodic Table of Elements: Symbol
  • Periodic Table of Elements: Element Name
  • Read: Useful Constants
  • Find Absolute Error and % Error
  • Convert: Normal to Scientific Notation & back
  • Density=Mass/Volume Solver
  • Moles & Representative Particles
  • Atoms to Moles Conversion
  • Relativity: Time-Dilation
  • Relativity: Mass-Dilation

  • SPECIFIC HEATS
  • Water
  • Ice
  • Steam
  • Methyl Alcohol
  • Benzene
  • Wood
  • Soil
  • Air
  • Aluminum
  • Marble
  • Glass
  • Iron/Steel
  • Copper
  • Silver
  • Mercury
  • Gold
  • Lead

  • HELP & ABOUT
  • Help & Use of Keys
  • What to Input
  • About us
  • Set FontSize

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