Question

A manufacturer claims that a device is capable of withstanding acceleration of magnitude at least equal to 450 times the magnitude of the local acceleration. Which of the following statements accurately represents this claim?

a. The device can endure an acceleration 450 times greater than the local acceleration.

b. The device can withstand an acceleration 450 times less than the local acceleration.

c. The device is incapable of withstanding local acceleration.

d. The device can endure an acceleration exactly 450 times the local acceleration.

Answer 1

The manufacturer claims that the device can withstand accelerations of 450 times the local gravitational acceleration, or 'g'. This means the device can handle accelerations much greater than the typical 9.8 m/s² experienced at Earth's surface.

Step-by-step explanation:

The manufacturer's claim that a device is capable of withstanding an acceleration of magnitude at least equal to 450 times the magnitude of the local acceleration means that the device can endure acceleration levels that are significantly higher than those encountered under normal gravitational conditions at the Earth's surface. The correct statement that represents this claim is (a) The device can endure an acceleration 450 times greater than the local acceleration.

For example, if the local gravitational acceleration (referred to as g) is 9.8 m/s², then an acceleration of 450 g's would be 450 × 9.8 m/s², which equals approximately 4410 m/s². This type of high-acceleration scenario might be encountered in certain defense or aerospace applications, where equipment must survive extreme forces.