Answer:
The tangent plane equation for the hyperboloid
.
Step-by-step explanation:
We have
The ellipsoid's equation is

The equation for the tangent plane at the point 
(Given)
The hyperboloid's equation is

F(x,y,z)=


The tangent plane equation at point 

The tangent plane equation for the hyperboloid is

The tangent plane equation

Hence, the required tangent plane equation for the hyperboloid is

Start by letting x represent the number of Sam's pencils. Then Sari has 3x (since she has three times as many)
Together they total 28 pencils:
x + 3x = 28
4x = 28 /:4 (divide both sides by 4)
x = 7
So Sam has 7 pencils.
Sari, having three times as many, has 7 * 3 = 21.[[TAG_8]]
Answer:
6 * 3/4 = 4.5 = 9/2 = 412
Step-by-step
6 * 3/4 = 6/1 3*4 = 18/4 = 9/2
2 · 2 = 9/2
Both the numerators and denominators are to be multiplied. Retain the resulting fraction with the lowest possible denominator; GCD(18, 4) = 2. In this intermediate calculation, cancelling by the common factor of 2 results in 9
2
.
In summary - six times three quarters equals nine halves.
Answer:
Step-by-step explanation:
According to the attached figure, Jaxon is positioned 10 blocks east and 5 blocks north.
Thus, Jaxon's x-coordinates are 10 units, while the y-coordinates are 5 units.
Therefore, the coordinates are given by (10,5)
Similarly, Isaac's coordinates are determined based on his distances towards the west and south.
Hence, the x-coordinates equal 8 units and the y-coordinates equal 15 units.
Thus, Isaac’s coordinates are depicted as (-8,-15).
Millie possesses a total of 170 cubes
170/10=17 trains