Solid Geometry |

solid geometry |

A reservoir is in the form of frustum of a cone, 68 ft. across the top, 35 ft. across the bottom, and 18 ft. deep. Find the cost |

Imagine a cube to measure 5 units on an edge, and to have its total surface area blue. Without the aid of a figure or a cubical |

The silo shown in a sketch is an air- and water-tight tower. It consist of a lower cylinder surmounted by a frustum of a cone wh |

From a cylindrical jar 4 in. high and 6 in. in diameter, water is poured by tilting the jar until the center of the bottom is at |

solid geometry |

solid geometry |

help pls: san pwedeng matuto ng basic math pataas like multuplication and division |

whats the differences between gravitational constant and gravitational acceleration |

Advanced Engineering Mathematics: Solve for: [z1^(4cos z4)]/log(sub z1)z3 |

truss: simply supported right-angle triangle truss |

What are the Roots of the Original Quadratic Equation |

SOLID GEOMETRY: fly stationed at a point on the circumference of the base of a cylindrical tower |

Need help: saan makakahanap ng mga problems sa Differential equation |

Engineering Mehcanics - Friction |

Present worth from monthly payment with interest rate compunded quarterly |

Clock Problem: A little past 3pm a man decided to take a 20-minute coffee break |

Horsepower Required and Speed |

Advanced Engineering Mathematics |

Problem 865 | Deflection by Three-Moment Equation |

Problem 866 | Deflection by Three-Moment Equation |

analytic Geometry |

check my solution: Integral of (6x^2 - 3x + 1) dx / [ (4x + 1)(x^2 + 1) ] |

Laplace Transform: (t sin(at) cos(bt))^2 |