Kiki wants 4 cans of cat food for her cats. Each can costs $1.56. How much will it cost Kiki? explanation pls

(sence i reallt need an explanation who ever gives me at least 1 sentace on how you got the awnser i will gor you branlyest because im desperate)

$6.24

Step-by-step explanation:

If Kiki wants 4 cups of cat food, but each can is $1.56 - you simply need to multiply. $1.56 x 4 = $6.24.

This is assuming without tax or rounding to the nearest tenth or a dollar.

is congruent to , because , . <C is congruent to <F. must correspond to . The triangles are congruent by the SAS Triangle

Congruence Theorem only when x = 4.

Step-by-step explanation:

From the figures given, ∆ABC and ∆DEF have an included corresponding angles measuring 30° each (<C and <F), and also a given corresponding side length of 9 in each (side AC and side DF). The other given as am expression, and hence the length is unknown. For these two ∆s to be considered congruent, using the SAS Triangle Congruence Theorem, we must have two sides and an included angle of ∆ABC equal to the corresponding sides of and an included angle of ∆DEF.

We already know that 1 of the given side corresponding side lengths are equal and also the include angles are equal, to find out what value of x that will make both unknown corresponding lengths equal, in other for the SAS to be true, set 2x equal to (x + 4) to solve for x.

Thus:

2x = x + 4

Subtract x from both sides

2x - x = 4

x = 4

Substituting x = 4 into 2x and x + 4 will give us equal lengths of 8 in respectively. Therefore, if x = 4, both triangles will be congruent based on the SAS Triangle Congruence Theorem.

The answer is:

is congruent to , because , . <C is congruent to <F. must correspond to . The triangles are congruent by the SAS Triangle

Congruence Theorem only when x = 4.