Even then, the gradient would have been over 1 in 50.

However, the pressure gradient field may also be of interest.

Its gradient is the speed all the way through here.

So an interesting point is where the gradient does this.

The pressure gradient may be used as a decision point for treatment.

The low gradient gives the river only a very small current.

And that's what the gradient is for any X along here.

The ruling gradient of the line is 1 in 60.

But now it's not increasing as quickly, its gradient has come down a bit.

The gradient of the road on the approach to the bridge is 1 in 33.

There was a long gradient running down to the fort.

Furthermore there is a gradient again going down from west to east.

Which is why the gradient of it would be five times that expression to the power four.

There is a gradient of values which increases from north to south.

If the lines are close together, the gradient is steep.

Most of this potential gradient is in the first few kilometers.

For most of the river's course, the gradient is slight.

The track is 71 m long on a 1 in 2 gradient.

The run is only three miles and has an average gradient of 50 feet per mile.

How did they determine the fall, and maintain the gradient during building?

Either side, the sort of gradient that turns a ski run black.

The first, with gradients up to 1 in 30, was dismissed.

That's a much more accurate way of finding the gradient.

It was only a single track and had a gradient of 1 in 50 or worse for several miles.

What's the gradient, at the point where X is equal to three?

She did not have another one until the second grade.

Some went away right after grade school, 13 or 14 years old.

Among the 835 students, 71.7 percent read at or above grade level.

Others are sure to make the grade one day soon.

The single school has only one class in each grade.

Many of the students here cannot read at their grade level.

In two more months the child will start first grade.

And do you know what age she took grade four?

The room was full of people I'd known since grade school.

Those are good things, and they go with your grade.

In the third grade, she comes home from school with a question.

Though already well above grade level, they should do even better.

Too far above my pay grade for me to say.

The 8th grade class of 2008-2009 has about 50 children.

The middle school has an 8th, 7th and 6th grade.

They are 10 years old and in the 5th grade.

The school will no longer house 4th and 5th grade.

When all the third grade schools were taken over by the Government.

In 1943 they open their first day school grade 1 class.

The 9th grade became part of the high school in 1976.

He is also said to be the top student in his grade.

Most of the former grade can still be seen, however.

Most of them had known each other since grade school,.

He left school after 9th grade to help support his family.

Every family is made up of several students from each grade level.

Even then, the gradient would have been over 1 in 50.

However, the pressure gradient field may also be of interest.

Its gradient is the speed all the way through here.

So an interesting point is where the gradient does this.

The pressure gradient may be used as a decision point for treatment.

The low gradient gives the river only a very small current.

And that's what the gradient is for any X along here.

The ruling gradient of the line is 1 in 60.

But now it's not increasing as quickly, its gradient has come down a bit.

The gradient of the road on the approach to the bridge is 1 in 33.

There was a long gradient running down to the fort.

Furthermore there is a gradient again going down from west to east.

Which is why the gradient of it would be five times that expression to the power four.

There is a gradient of values which increases from north to south.

If the lines are close together, the gradient is steep.

Most of this potential gradient is in the first few kilometers.

For most of the river's course, the gradient is slight.

The track is 71 m long on a 1 in 2 gradient.

The run is only three miles and has an average gradient of 50 feet per mile.

How did they determine the fall, and maintain the gradient during building?

Either side, the sort of gradient that turns a ski run black.

The first, with gradients up to 1 in 30, was dismissed.

That's a much more accurate way of finding the gradient.

It was only a single track and had a gradient of 1 in 50 or worse for several miles.

What's the gradient, at the point where X is equal to three?