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diff --git a/ztrans_proposal.mdwn b/ztrans_proposal.mdwn
index 08ac59faa00125649fe600e71f6222a5fd401c12..b4ff27de5133002cc4a161be513b5795a20d309d 100644 (file)
--- a/ztrans_proposal.mdwn
+++ b/ztrans_proposal.mdwn
@@ -523,8 +523,9 @@ Therefore they are their own subset extension.
 
 ### Zfhyp
 
-These are the hyperbolic/inverse-hyperbolic finctions: SINH, COSH, TANH,
-ASINH, ACOSH, ATANH. Their use in 3D is limited.
+SINH, COSH, TANH, ASINH, ACOSH, ATANH
+
+These are the hyperbolic/inverse-hyperbolic functions. Their use in 3D is limited.
 
 They can all be synthesised using LOG, SQRT and so on, so depend
 on Zftrans.  However, once again, at the limits of the range, IEEE754
@@ -548,7 +549,8 @@ more accurate than the other.
 
 ### Ztrigpi vs Ztrignpi
 
-* **Ztrigpi**: SINPI COSPI TANPI * **Ztrignpi**: SIN COS TAN
+* **Ztrigpi**: SINPI COSPI TANPI
+* **Ztrignpi**: SIN COS TAN
 
 Ztrignpi are the basic trigonometric functions through which all others
 could be synthesised, and they are typically the base trigonometrics
@@ -571,7 +573,8 @@ Ztrigpi as subsets.
 
 ### Zarctrigpi and Zarctrignpi
 
-* **Zarctrigpi**: ATAN2PI ASINPI ACOSPI * **Zarctrignpi**: ATAN2 ACOS ADIN
+* **Zarctrigpi**: ATAN2PI ASINPI ACOSPI
+* **Zarctrignpi**: ATAN2 ACOS ADIN
 
 These are extra trigonometric functions that are useful in some
 applications, but even for 3D GPUs, particularly embedded and mobile class