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Problem: A 90.0kN spaceship comes in for a vertical landing. From an initial speed of 1.00 km/s, it comes to rest in 1.50min with uniform acceleration.
Part I: What braking force must its rockets provide? Ignore air resistance.
I need help to find what braking force must its rockets provide.
the triangular loop of wire shown in the drawing carries a current of i 3.57 a. a uniform magnetic field is directed
in an ink-jet printer drops of ink are given a certain amount of charge before they move between two large parallel
question1a 71.0 person holds his arms so that his hands are 1.80 apart. typically a persons hand makes up about 1.00 of
A particle of charge q = -8.7µC has a velocity of 625 m/sthat lies in the x—y plane and makes anangle of 65° with respect to the x axis as shown inthe figure below.
Two large parallel plates are separated by 0.90cmand carry uniform charge densities equal in magnitude and opposite in sign, Find the magnitude of the charge density on the plates
You find an unlabeled box of fine needles, and want to determine how thick they are. What is the diameter of the needle
a person who weighs 800 N is squatting on a scale. Suddenly he stars jumping, extending his legs as quickly as possible, so that he can ump into the air. as the person is in the process of jumping (accelerating upward) the reading of the scale is ..
a charge of -2.510 uc is located at 2.600m 4.259m and a charge of 1.770 uc is located at -2.666m 0.part afind the
A drop of water on a countertop reflects light from a flower held 3.6cm directly above it. The flower's diameter is 2.2cm, and diameter of the flower's image is 0.14cm. What is the focal length of the water drop, assuming that it might be treated as ..
A block with mass m =6.4 kg is hung from a vertical spring. When the mass hangs in equilibrium, the spring stretches x = 0.27 m. what is the magnitude of the net force on the block
Determine the maximum percent uncertainty it will produce in this experiment if we did not align the apparatus to minimize its effects
Consider an object attached to an ideal spring that oscillates according to the equation x=(34.0 cm) cos (8.10£) where £ is in seconds. what is the mechanical energy of the oscillations
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