Answer:
First we have the seed.
Then the seed is germinating.
Next, it is the seedling.
After that we see the seedling with the leaf.
And now we have a young plant!
Answer:
.
Step-by-step explanation:
All non-horizontal line in the cartesian plane intersects the 
-axis at a unique point. The 
-coordinate of that point is the 
-intercept of this line.
The -intercept of the line in this question is 
. Thus, the -coordinate of the intersection of this line and the -axis would be 
.
Like all other points on the -axis, the 
-coordinate of that intersection would be 
. Therefore, the coordinates of that intersection would be 
.
Similarly, the 
-intercept of a non-vertical line is the -coordinate of the point where that line intersects the 
-axis.
The slope-intercept form of a line is in the form 
, where 
is the slope of the line and 
is the -intercept of this line. Both 
and 
are constants.
It is given that the -intercept of the line in this question is 
. Therefore, 
. The slope-intercept equation of this line would be 
for some slope to be found.
All points 
on this line should satisfy the equation of this line. The -intercept of this line, , is a point on this line. Thus, the equation 
should hold for 
and 
. Substitute these two values into the equation and solve for the slope :
.
.
Therefore, the slope-intercept equation of this line would be:
.
Given:
In triangle OPQ, o = 700 cm, p = 840 cm and q=620 cm.
To find:
The measure of angle P.
Solution:
According to the Law of Cosines:
Using Law of Cosines in triangle OPQ, we get
On further simplification, we get
Therefore, the measure of angle P is 79 degrees.
Answer:
10x + 5 (or if thats a 41/2 then) 10x + 42
Step-by-step explanation:
3x + 1/2 + 7x - 4 1/2
10x + 5
or if thats a 41/2
3x + 1/2 + 7x - 41/2
10x + 42
