The statement is false. The dynamic load carrying capacity of a bearing is not defined as the radial load in radial bearings that can be carried for a minimum life of 1000 revolutions. Let's break down the concept to understand why the given statement is incorrect.

1. Dynamic Load Carrying Capacity:
The dynamic load carrying capacity of a bearing refers to the maximum load that a bearing can support under dynamic conditions. It is the load at which the bearing can operate for a specified duration without experiencing premature failure. This capacity is influenced by various factors such as bearing type, size, material, lubrication, and operating conditions.

2. Radial Load:
Radial load is the force acting perpendicular to the shaft's axis, exerted on a bearing. It is the primary load that radial bearings, such as deep groove ball bearings or cylindrical roller bearings, are designed to carry. Radial loads can result from various sources, including weight, vibration, and external forces.

3. Minimum Life of 1000 Revolutions:
The minimum life of a bearing refers to the duration it can operate without failure under a specific load and speed condition. It is typically defined as the number of revolutions or operating hours the bearing can endure before a certain percentage of failures occur in a statistically significant sample.

Explanation:
The given statement incorrectly defines the dynamic load carrying capacity by stating that it is the radial load in radial bearings that can be carried for a minimum life of 1000 revolutions. This definition is incorrect because the dynamic load carrying capacity is not related to a specific number of revolutions but rather to the maximum load the bearing can handle without failure.

The dynamic load carrying capacity depends on factors such as the bearing's design, size, and material properties, as well as the operating conditions. It is determined through experimental testing and is usually provided by the bearing manufacturer in catalog or technical specifications.

In conclusion, the dynamic load carrying capacity of a bearing is not defined as the radial load that can be carried for a minimum life of 1000 revolutions. The statement is false, and the dynamic load carrying capacity is a crucial parameter in bearing selection to ensure reliable and long-lasting operation.